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Manual
ETAMATIC / ETAMATIC S
CE-0085 AU 0207
Sensors and Systems
for Combustion Engineering
Related Manuals for Lamtec ETAMATIC
Summary of Contents for Lamtec ETAMATIC
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Page 1
Manual ETAMATIC / ETAMATIC S CE-0085 AU 0207 Sensors and Systems for Combustion Engineering… -
Page 3: Table Of Contents
Table of Contents Table of Contents GENERAL INFORMATION ……..7 Validity of these instructions.
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Page 4
Table of Contents 5.2.7 Changing Points …………34 5.2.8 Saving Changes . -
Page 5
Table of Contents Brief Description …………52 Limit Ranges . -
Page 6
ETAMATIC without internal flame monitoring ……..127… -
Page 7
Table of Contents 9.27 Dimensions and weight ……….. . 128 9.28 Declaration of Conformity . -
Page 8: General Information
General Information General Information Validity of these instructions These instructions apply to the ETAMATIC and ETAMATIC S in any configuration. This devices conform to the following standards and regulations: EN 230 EN 267 (where applicable) EN 298 EN 676 (where applicable) EN 746-2 (where applicable) EN 12952 -8 u.11 (where applicable)
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Page 9: Variants — Device Configuration
The variant number describes the device’s variant. You will find the variant number on the side of the housing. The variant number is based on the following key: Serial number Example: ETAMATIC in variante no.: 0 0 001 r0 AM S AP ETAMATIC a: Flame monitoring …
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Page 10
2x DPS and 2x continuous output 4…20mA, FB C1 RPM-3L, 300-3600 I/min 31D 2x DPS and 2x continuous output 4…20mA, FB C1 RPM-3L, 300-3600 I/min d: O2/ CO control controller via LAMTEC SYSTEM BUS controller via external system /CO controller … -
Page 11: Safety
LAMTEC GmbH & Co KG will not be liable for damage or injury arising out of a failure to ob- serve the instructions above. The warranty and liability provisions of the terms and conditions of sale and supply of LAMTEC GmbH &…
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Page 12: For Your Safety
Safety For Your Safety In this operating instructions, the following symbols are used as important safety instructions to the user. These symbols appear wherever there is a need for this information in a particular section. It is essential to note and comply with the safety instructions, particularly the warnings. DANGER! Indicates possible danger to personnel, particularly with regard to electrical equipment WARNING!
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Page 13: Associated Automatic Flame Guard
LAMTEC GmbH & Co KG will not be liable for damage or injury arising out of a failure to ob- serve the instructions above. The warranty and liability provisions contained in LAMTEC GmbH &…
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Page 14: Brief Description
Brief Description Brief Description The ETAMATIC regulates up to 4 control elements as a function of a control variable, in ac- cordance with freely programmable curves. The ETAMATIC has 4 three-point step control out- puts. The ETAMATIC S has 3 three-point step control outputs and one 4-20 mA output.
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Page 15: Display And Operational Controls
digital inputs feedback Changing dis- play – compound – – flame tensity UEAN = Display of monitoring processor PARA = Parameterisation AUTO = Automatic EINS SPLO = Clear memory only if activated in the parameter section only in ETAMATIC S…
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Page 16: Operating Description
The ETAMATIC then interrogates the boiler safety interlock circuit or the common safety inter- lock chain (ETAMATIC) and the contact of the air pressure monitor. If it does not detect an «OK» condition, the text of a corresponding message appears and the operating control stops.
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Page 17: Commissioning
Before Commissioning 5.1.1 Basic Settings First you must configure the device (ETAMATIC) for the requirements of the system. Therefore, you have to set some parameters. The factory standard settings are indicated by *. We recommend to use the LAMTEC PC software for Windows (available separately).
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Page 18: Character Of The Output Channels
Commissioning 5.1.4 Character of the Output Channels Select parameter 356 — 359 (channel 1 to channel 4). Enter the type of control element which is connected. FMS ETA Short Text Description Default Fkt. K Function definition channel1 Category = channel configuration and broken wire detection In this parameter you define the type of actuator the respective output channel controls.
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Page 19
15/31 This parameter defines, which channel is active with which curve set. All channels are active by default (con- tent 31, for ETAMATIC 15). The following function may be realised. Example: changing channel activities with fuel oil/gas emergency operation with or without frequency con- verter… -
Page 20: Start With Or Without Pilot Burner
Commissioning 5.1.5 Start with or without pilot burner Select parameter no. 774 and 775 (oil operation, gas operation). FMS ETA Short Text Description Default ZüBr. ÖL Start with (1) or without (0) pilot burner for oil, (2)=oil with continuous ignition flame 0 = start without pilot burner — oil operation…
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Page 21
Commissioning FMS ETA Short Text Description Default ZüBr.Gas Start with (1) or without (0) pilot burner for gas, (2)=gas with continuous ignition flame 0 = start without pilot burner — gas operation 1 = start with pilot burner — gas operation 2 = pilot burner also active in burner operation with … -
Page 22: Pre-Ventilation Period
Set in this parameter the number of digits the air channel has to reach, before recirculation becomes active. If the device is an ETAMATIC or a FMS, set the delay time in seconds before the recirculation flap opens, i. e. during this period only the boiler is ventilated.
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Page 23: Deactivate Load Control Unit
1, the integrated PT100 input is used, otherwise the firing rate input. If the ETAMATIC uses the PT100 input as the actual value signal for the internal firing rate controller, you may deactivate the firing rate controller with a bridge between terminals 19 and 20.
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Page 24: Post-Ventilation Time
OFF. The air flaps were open for this purpose. A fan output runs to 20mA. The FMS/ ETAMATIC holds the release signal of the fan. No post ventilation occurs if the parameter content is 0 and in the case of a fault shutdown.
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Page 25: Delaytime Of The Air Dampers During Pre-Ventilation
Enter a delay time for opening of the flaps with respect to the ventilator release. This prevents from increasing the power consumption of the ventilator motor in the star/delta starting phase (only effective for FMS and ETAMATIC). (from 5.4 / 52201 on) This parameter affects even with continuous ventilation.
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Page 26: Parameters Of The Interface
(19,200 baud). If the display shows problems with the serial transmission (especially with long serial connec- tions), it may be helpful to drop the baud rate. This must be carried out on the VMS/FMS/ETAMATIC as well as on the operating device e.g. laptop. …
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Page 27: Set Pilot Burner (Maintenance Mode)
Commissioning 5.1.15 Set pilot burner (maintenance mode) Select parameter no. 787 FMS ETA Short Text Description Default Wartung Maintenance mode (control unit only until stabilization time) 0 = maintenance mode on (main valves are opened) 1 = maintenance mode active 2 = curve set switch allowed in set mode Set the maintenance mode with this parameter.
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Page 28: Automatic Restart After Failure
Automatic restart of the burner on fault condition. In the case of a fault for which the standards permit an auto- matic restart for FMS/ETAMATIC, this parameter initi- ates the restart. Set to 0 for VMS. 0 = no restart of the burner…
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Page 29: Burner Firing Rate Controller
Commissioning 5.1.17 Burner Firing Rate Controller Enter Set Point Values Select parameter 796 and 798 (setpoint value 1 and setpoint value 2). With control by atmospheric condition select additionally parameter 797 and 799. FMS ETA Short Text Description Default Soll1min Controller setpoint 1 minimum Firing-rate controller setpoint 1 minimum (setpoint 1) in °…
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Page 30
Commissioning FMS ETA Short Text Description Default Soll2min Controller set-point 2 minimum Firing-rate controller set point 2 minimum (set point 2) in ° C or bar (xx.x) Enter the minimum value for the second controller set point (active if input «set point switching» = 1) (control by atmospheric condition). -
Page 31
Commissioning Setting the Control Thermostat Select parameter no. 804 FMS ETA Short Text Description Default Bren.AUS Burner off Burner switch OFF point (difference to the set point) in ° C or bar (xx.x) Enter the firing-rate controller switch off point. The entered value corresponds to the difference between the current set point and the value, which shuts down the burner. -
Page 32
1 = display in °C (0… 320 °C) 2 = display in bar (P 810 and P 811) Select also for ETAMATIC, from which input the actual value signal should be taken. If the parame- ter is set to 1, the integrated PT100 input is used, otherwise the firing-rate input is used. -
Page 33: Setting
Setting the Limit Switches of the Motors As soon as the ETAMATIC is supplied with voltage, it attempts to drive the actuator motors to the lower limit of the factory set curve. If the end-bearing’s limit switches are not properly ad-…
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Page 34: Programming The Ignition Point
Commissioning Clear Memory Press key 16 twice («Set-point» display) Press key 14 twice the display shows SL in its centre. Press Enter key 11 “ENTER” the display shows «cleared», the old curve is cleared. Start burner (signal at terminal 58) and wait until pre-ventilation has ended. 5.2.3 Programming the Ignition Point Press key 13 …
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Page 35: Programming The 3Rd Up The 10Th Point
Commissioning 5.2.5 Programming the 3rd up the 10th Point Proceed as described in «Program base load point», but set each of the load ratings “250″, «300», «400», «500», «600», «700», «800», «900», and «999» one after the other. press key to switch the unit from «Set» to «Automatic» …
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Page 36: Fault
Press keys 3 and 2 to browse through the fault history. CAUTION! If it is certain that the ETAMATIC has carried a voltage at all times since the last fault, it is pos- sible, that from the present output of the running time counter and the current time, to deter-…
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Page 37: O2-Control
O setpoint value (below the second monitoring band) and corrective actions by the ETAMATIC cannot clear this error, the regula- tion will be deactivated and the base value for air deficiency errors will be output. If desired, the ETAMATIC triggers an air deficiency burner shut-down.
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Page 38: Calling Fault History O2-Controller
30 sec are stored. They are only stored in the EEPROM once the fault is cleared up or the ETAMATIC leaves the operating mode or regulation or base load. How to Change the Password First enter the current password, see page capter 5.1.2 Password Entry.
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Page 39: Automatic Function Monitoring During Operation
O2-Control Automatic Function Monitoring During Operation 6.7.1 Test During Burner Start The actual O value is checked to ensure that during pre-ventilation it corresponds to the air value (equal to or greater than 18 vol.% O and less than 24 vol.% O After ignition, the actual O value must reach a value equal to or below 14% within 45 seconds.
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Page 40: O2 Boundary Curve
Full load (parameters 932 / 934) 70% 6.7.4 Dynamic Probe Test The ETAMATIC monitors the measured O value for changes during operation. If no higher fluctuation than 0,2 O vol.% is detected over a period of 10 minutes, a state of excess air is enforced by changing the fuel/air mixture.
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Page 41: Control Strategy
-50% to +50%, the correction value (neutral value) output is 500; in the case of -30% to +70%, the output value is 300. NOTICE! The neutral value corresponds to the base settings of the ETAMATIC without control.
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Page 42: Connecting The O2 Measurement Device
Connecting the O Measurement Device Fig. 6-1 Connection to the O measuring device via LAMTEC SYSTEM BUS Connecting diagram see appendix. The LAMTEC SYSTEM BUS transmits the foolowing signals to the ETAMATIC: • probe current • probe current during calibration •…
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Page 43: Operation And Display Of The O2-Controller
O2-Control 6.10 Operation and Display of the O -Controller Press key 15 once, to switch the display to O -trim. When you have switched to «Status», the display shows the O actual value and setpoint val- ue. The display shows the values in brackets, if O trim is deactivated.
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Page 44: Calling Up O2 Controller Text Messages
O2-Control 6.10.2 Calling up O Controller Text Messages Switch display to O trim press key 1 «RESET» press key 15 press key 11 «ENTER» to call up the text messages press key 11 «ENTER» again back 6.11 Commissioning 6.11.1 Setting the Correction Range and the Correction Mode The correction value (control signal) transmitted to the electronic compound is 0…100% with a resolution of 0.1%.
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Page 45: Correction Type 2
O2-Control Fig. 6-2 Correction to the setpoint NOTICE! When switching on any O correction you must ensure, that the combustion boundary values are maintained even with the maximum possible correction (100%). For details see chapter 6.11.6 Checking the Combustion Boundary Values. Correction type 2 is used where the correction is applied to a non-linear control element, e.g.
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Page 46: Calling Up The Set Correction Mode
Press key 11 «ENTER“ to confirm. Take the correction into account during later programming. The correction actuator must be able to operate without the ETAMATIC reaching the end-stop (0 or 999 or limit stop values). If the correction actuator cannot be driven all the way as required because a channel has reached the range limit determined during pre-ventilation, the burner’s output is increased or decreased until the actuator can be driven all the way.
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Page 47: O2 Curve Input
O2-Control 6.11.7 curve input Enter password (see chapter 5.1.2 Password Entry). Press keys 13 and 14 to select «Set O ” Delete the entire O -curve with Key 9 If only points should be modified, press key 8 Set to load value with keys 16 and 17. Use keys 2 and 3 to start the programmed load points of the common compound curve.
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Page 48
O2-Control trim during adjustment. the display shows «T» press key 5 up, to activate the O use the keys 6 and 7 to change the O set-point from the preset value with the range +3 to -1 vol.% O . Observe the change in the actual O value simultaneously on the display. -
Page 49
O2-Control NOTICE! The neutral value is obtained from the selected correction mode: +50%/-50% neutral value 500 = 50% correction mode +60%/-40% neutral value 600 = 60% Parameter Factory Settings 901/902 Base value for “Deactivated O trim” = 300 917/918 Base value for «Air deficiency”… -
Page 50
O2-Control FMS ETA Short Text Description Default O2 TZ — Dead time reduction for O controlled system at full load Reduces dead time at the burner’s high firing-rate. With this parameter, you can adjust the dead time depending on the firing-rate. Because of the higher gas speeds, the dead time is reduced at the high firing-rate. -
Page 51: Calling Up Running Time Meter
NOTICE! The total counter refers to the ETAMATIC ‘s running time. It starts timing as soon as the unit is connected to a voltage source (this also provides the basis for the fault history). The individual running time counters refer to the burner’s running time. They start timing as soon as the burner is in operation with the relevant curve set (flame signal is present).
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Page 52: Re-Enter Range Limits
O2-Control 6.14 Re-enter Range Limits If you change the limit switches after the programming, you must determine the range limits again. Enter password (see chapter 5.1.2 Password Entry). Press key 14 the display shows «SL» in its center Press key 11 ENTER the display shows «cleared».…
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Page 53: Internal Burner Firing-Rate Controller
Light Writing «Actual Temperature is too high» Press key 12 HAND to override this and start the ETAMATIC, if the maximum temper- ature has not exceeded. Press key 12 HAND again to switch back to automatic mode.
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Page 54: Input Signals
0…5 k resistance signal, terminal 4, 5 and 6 • directly as PT 100 terminal 21, 20, 19 as three-wire connection Outside temperature (setpoint-shifting) — only available if ETAMATIC has the option «control by atmospheric condition» • as PT100 as three-wire connection, terminals 39, 40, 41 (default) as 4…20mA current signal, terminals 39 (-) and 40 (+), …
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Page 55: Control By Atmospheric Condition
Internal Burner Firing-rate Controller Control by Atmospheric Condition If the burner firing-rate controller is configured as «controlled by atmospheric conditions» the setpoint value can be shifted between the parameterised setpoint minimum and setpoint max- imum by connecting another PT 100 temperature sensor to the terminals 39, 40 and 41. In the realize by atmospheric conditions, the outside temperature is a component of setpoint calcu- lation.
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Page 56: Start-Up Sequence
Internal Burner Firing-rate Controller FMS ETA Short Text Description Default Soll1min Controller setpoint 1 minimum Firing-rate controller setpoint 1 minimum (setpoint 1) in ° C or bar (xx.x) Set the minimum value for the first controller setpoint (active if input «set point switching» = 0) (weather guided controller) in this parameter.
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Page 57: Thermostat And Control Range
Internal Burner Firing-rate Controller Fig. 7-2 Startup sequence FMS ETA Short Text Description Default Anf.Temp Max. start-up temperature Maximum start-up temperature or pressure in relation to the actual value Start — up circuit parameter: Enter the actual temperature, up to which the start — up circuit is active.
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Page 58
Internal Burner Firing-rate Controller NOTICE! This function can replace the control thermostat, which is required on the plant. It does not replace a safety thermostat. FMS ETA Short Text Description Default EinschPt Burner start point Enter the switching point of the firing-rate controller as the difference to the set point.… -
Page 59: Manual Control
To leave the manual load pre-setting press one of the keys 4 to 9. You also may switch the ETAMATIC to «Manual Control» with the terminals. By short-circuiting the PT 100 signal (e.g. switch on terminal 19 and 20) the load control unit is switched off. The compound then directly follows the default of the signal on the load default input.
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Page 60: Control Range
Internal Burner Firing-rate Controller 7.16 Control Range The control range lies around the setpoint. The content of the «Burner on» parameter is sub- tracted from the setpoint value to form the switch-on value. The value of the «Upper control range» parameter (P 803) is added to the setpoint value to form the upper limit of the control range.
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Page 61: Control Mode
Control Mode Control Mode The firing-rate controller endeavours to bring the actual value into line with the setpoint value. In so doing, a direct correlation is assumed between the internal firing-rate and the boiler tem- perature, i.e. the greater the internal firing-rate, the faster the boiler temperature rises. Should the curves be programmed differently, the firing-rate controller will not function.…
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Page 62: Aides For Setting
Control Mode Aides for Setting Characteristic Control Process Control Mode Start-up Procedure decrease of P term higher stronger reaction with faster start-up with attenuation overshoot overshoot increase of P term smaller less reaction, less ten- slower startup attenuation dency to oscillate Fig.
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Page 63
Control Mode Characteristic Control Process Control Mode Start-up Procedure D term higher decrease of atten- stronger reaction slower start-up, earlier uation decrease of power D term smaller increase of attenu- less reaction faster start-up, ation decrease of power later Fig. 8-3 controller operation with D-term too high… -
Page 64: Leakage Test
(gas pressure > min. = 0). The ETAMATIC checks this. Main gas 1 is then opened shortly and gas flows into the test line (gas pressure > min. changes from 0 to 1). This pressure must then subsist for 30 seconds.
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Page 65: Leakage Test Flow Chart
Control Mode 8.2.1 Leakage test flow chart Fig. 8-4 Flow chart leakage test…
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Page 66: Calculation Example
Control Mode 8.2.2 Calculation example An (approximate) formula for calculating the leakage test monitoring facility is summarised be- low: Definitions: GDW: gas pressure monitor gas-side safety shut-off device burner-side safety shut-off device barometric air pressure <1000 mbar lower GDW switching point (falling) upper GDW switching point (rising) DP = P GDW switching difference…
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Page 67: Standby
8.2.3 Standby Standby mode In this mode the ETAMATIC enables a switchback to ignition burner mode. The burner re- starts without pre-ventilation. You can activate „standby mode“, if the internal firing-rate controller is active or if an external input or output command can be connected to LSB module or fieldbus (see parameter 812, level 4).
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Page 68
Otherwise You have to use one flame detector for the main flame and one for the pilot flame. If the «Burner on» signal will be removed during stand-by mode, the ETAMATIC switches off. This shut-off proceeds like a shut-off out of the mode base load/control mode with all it’s pa- rameterised procedures. -
Page 69
Control Mode Switching in standby via LSB module Fig. 8-7 Switching in Standby mode via LSB module… -
Page 70: Appendix
ZÜ → «Ignition position» or ignition → «Setting/Ignition position” (as «Ignition», but ETAMATIC on «Set») → «Base load» → «Setting/Base load” (as «Base Load», but ETAMATIC on «Set») → «Post-ventilation» → «Burner Off» (no signal present) → «Setting» → «Clear memory»…
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Page 71: Flame Monitoring
NOTICE! We recommend the LAMTEC flame monitoring systems (like F 200 K 2 or f 250 with FFS 05 or FFS 06), if you have other requirements for the flame monitoring (e.g. combustion of coal dust).
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Page 72: General Information Of The Optical Flame Monitoring
Appendix Setting of the sensitivity of the flame scanner FFS 06 and FFS 05 (IR,UV) Adjust sensitivity with switch S1 and S2. You will find the switches after opening the scanner’s housing. WARNING! Do not open FFS 06 UV! Fig. 9-1 FFS 05 Adjusting the flame sensitivity — factory settings IR 50% UV 100% Fig.
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Page 73: Optical Flame Sensors
WARNING! If the ETAMATIC is used with an integral flame monitor, terminal 53 may not be connected to any other components Optical flame sensor FFS 05 … ; FFS 06 The optical flame sensors are supplied together with a connecting cable of ca. 2 m length. The line between the sensor and the flame monitoring unit may be extended up to a distance of 500 m.
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Page 74
– a disconnection of the flame sensor shielding from the protective earth terminal at the ETAMATIC and the connection with the GND of the flame sensor (terminals 22 or 44) – In rarely cases the shielding may be disconnected like described in section a) and the sensor housing may be grounded at the burner plate. -
Page 75: Error Codes
Different input signals on main processor and monitoring processor terminal- S110 CRC-16 test had found an error S111 RAM-Test detected error S112 Etamatic selftest exceeds timeout limit S120 Different operating modes for mon. and main processor S121 Correction is outside permissible range. Channel : 1 S122 Correction is outside permissible range.
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Page 76
Appendix Fault EN676 Description Code: P425=0 P425=2 21.1.11 P836>1 P836>1 S143 Potentiometer faulty, feedback changing too quickly: channel 3 S144 Potentiometer faulty, feedback changing too quickly: channel 4 S145 Potentiometer faulty, feedback changing too quickly: channel 5 S151 >88 Reci damper deactivated, out of time in reaching CLOSED position, channel:1 S152 >88 the same as P 151, but channel: 2… -
Page 77
Ignition position was left in ignition mode. Channel: 5 S500 Internal comparison: relay out terminal 67 not picking up. S501 Internal comparison: relay out terminal 43 or 68 (Etamatic) not picking up. S502 Internal comparison: relay out terminal 16 or 65 (Etamatic) not picking up. S503 Internal comparison: relay out terminal 11 or 66 (Etamatic) not picking up. -
Page 78
P425=0 P425=2 21.1.11 P836>1 P836>1 S506 Internal comparison: relay out terminal 36 (ETAMATIC K202) not picking up. S507 Internal comparison: relay out terminal 41 not picking up. S508 Internal comparison: relay out terminal 76 not picking up. S509 Internal comparison: Output K203 not picking up. -
Page 79
Appendix Fault EN676 Description Code: P425=0 P425=2 21.1.11 P836>1 P836>1 S611 >88 Gas pressure too low S612 Gas pressure too high. S613 Air pressure signal missing. S614 F.A. safety interl. chain gets OFF S615 Flame is blown away during blow out of oil lance S616 Ignition flame goes out in standby operation S617… -
Page 80
Error in optical coupler self-test terminal — S904 Error in reference of load S905 Error in reference element of main processor S906 Error in reference element of monitoring processor S907 Curve set adjustment via LAMTEC SYSTEM BUS, selftest recognizes fault S911 Error in reference, channel: 1… -
Page 81
Error in reference, channel: 4 S915 Error in reference, channel: 5 S921 Relay driver self-test : output terminal 11 or 66 (Etamatic) faulty. S922 Relay driver self-test : output terminal 16 or 65 (Etamatic) faulty. S923 Relay driver self-test : output terminal 43 or 68 (Etamatic) faulty. -
Page 82: Aides
If several parameters are defective, repeat as necessary. If the parameter is not included in your release level, you must request an EEPROM from LAMTEC The internal communication is not functioning. A20…
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Page 83
A 25 (option)) The ETAMATIC uses a test-current for testing the fail safe outputs. This current must flow through connected loads (valves etc). Check, that the current can flow. If not use a RC combination from the output terminal to neu- tral. -
Page 84
Adjust limit switch NOTICE! After adjusting the limit switch the ETAMATIC must read in the range limits again monitoring band fault appears sporadically during operation. B5 211…215, … -
Page 85
If limit switches are adjusted after a curve has been programmed, the range limits must be re- entered. Maybe the control of the motor is defective check relay module check wiring A control element has left the ignition range after the ETAMATIC had detected the ignition po- E18 sition. Fault 451…456 Possible causes: –… -
Page 86
Appendix The control unit has locked up H1 Fault 600 Call-up running text and follow it’s instructions Check wiring and extend signal transmitters e.g. – safety interlock chain boiler – safety interlock chain gas – air pressure monitor – safety interlock chain oil (special function) –… -
Page 87
Appendix The pressure in the leakage test line doesn’t build up or the pressure is not maintained for long I2 enough. Fault 602 Main gas valve 2 (burner side) leaking – check valve Main gas valve 1 (gas line side) does not open (or vent valve) –… -
Page 88: Calling Up The Condition Of The Digital Inputs
Appendix Calling Up the Condition of the Digital Inputs press keys 16 and 17 to switch to the digital inputs Significance of ETAMATIC digital input display signal is active ¾ signal is inactive only with ETAMATIC without front panel…
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Page 89: Tips And Tricks
If it is required to measure the installation’s safety times at a later time (e.g. as part of an in- stallation’s acceptance tests), it is not sufficient to disconnect the magnetic valves before start- up. This is recognised by the ETAMATIC’s self-testing circuit, and results in emergency shut- down.
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Page 90: Process Sequence Charts
Appendix Process Sequence Charts Fig. 9-3 Process sequence chart: gas with pilot burner…
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Page 91
Appendix Fig. 9-4 Process sequence chart oil with pilot burner… -
Page 92
Appendix Fig. 9-5 Process sequence chart: gas without pilot burner… -
Page 93
Appendix Fig. 9-6 Process sequence chart: oil without pilot burner… -
Page 94
Appendix Key to process sequence charts Any condition Wait for gas safety interlock circuit air pressure moni- tor min. scan Time for pressure build-up in the gas test line (only 2 sec. with leakage test activated) Servo drive running time 30-60 sec. -
Page 95
If the recirculation signal is missing during operation, the recirculation channel remains closed or runs close (only valid for ETAMATIC, the internal recirculation signal is always in state 1 at ETAMATIC OEM). If parameter 427 (VODelR) contains «0» , the recirculation channel remains closed at the pre-ventilation period. -
Page 96
(P 18 = 1) WARNING! P 762 = 0 terminal 46 has no function (ETAMATIC OEM and Burner Control FA1! P 17 = 3 (FA1 special) terminal 46 is set to «ignition position acknowledgement! «Oil pressure > min» / «atomiser air pressure» is not monitored via terminal 46! -
Page 97
(2 safety time) and ends after the duration, set in this parameter has passed. ETAMATIC OEM This parameter effects the safety interlock chain oil as well as the oil pressure min. Fkt <max Function mode of gas pressure < max. switch FMS input terminal 7… -
Page 98: Connection Diagrams
Appendix Connection Diagrams Fig. 9-7 ETAMATIC wiring diagram with ignition flame monitoring…
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Page 99
Appendix Fig. 9-8 ETAMATIC S wiring diagram with ignition flame monitoring… -
Page 100: Connection Examples Regular Firing Rate Input
Appendix 9.10 Connection Examples Regular Firing Rate Input Connection examples load default Where current is used as firing-rate default signal instead of a potentiometer: f.ex. active steam pressure regulator Where a three-point step signal from the firing-rate controller is used as firing-rate input, you must connect the contacts instead of the potentiometer of the firing-rate: Where a 4-20mA unit shall be supplied with 24V (e.g.
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Page 101: Connection Flame Monitor And External Firing Rate Controller
Appendix 9.11 Connection flame monitor and external firing rate controller Fig. 9-9 Connection flame monitor Flame intensity to align the flame sensor (not connected during operation) with delivery of 01.01.2003 on. Fig. 9-10 Connection external firing-rate controller…
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Page 102: Lamtec System Bus (Lsb)
Configuration of the Processor Board NOTICE! The LAMTEC SYSTEM BUS may not be connected with a branch cable and has to be termi- nated at both sides with 120 Ω. Fig. 9-11 Configuration of the processor board LT1 / LT2 to LAMTEC SYSTEM BUS (LSB) 9.12.2…
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Page 103
Appendix Fig. 9-13 LSB connection ETAMATIC — LT2 — other LAMTEC devices Fig. 9-14 LSB connection ETAMATIC to LT1 from SN 600 on Fig. 9-15 LSB connection ETAMATIC to LT1 up to SN.: 0599… -
Page 104
Appendix Fig. 9-16 LSB connection ETAMATIC — LT1 — other LAMTEC devices… -
Page 105: Lamtec System Bus Plug
LAMTEC devices, use terminals 1, 2 and 3 (terminator OFF). Never use the service and diag- nose interface. If You place the device at the beginning or the end of the LAMTEC SYSTEM BUS, you must set the slide of the plug to ON (terminator active).If you place the device at another position of the LAMTEC SYSTEM BUS, set the slide to OFF (terminator inactive).
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Page 106
Appendix Fig. 9-18 pin assignment LSB plug Description 9 pole Sub-D jack service- and programming interface for the operating unit switch for activating/deactivating the LSB-termination ON.-.OFF 9 pole Sub-D pikes LSB for connection with the ETAMATIC / ETAMATIC S clamp-connection… -
Page 107: Modem For Remote Control
A connection with ETAMATIC via modem is also possible. The industrial modem (optional) for mounting on top hat rail allows the access to 31 devices at the same time with a LAMTEC tool for Windows. This tool realizes the remote control of the operating…
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Page 108: Inernal Connecting Diagram Of The Control Output Device
Fig. 9-21 Internal connecting diagram of the control outputs Always connect the attached loads (valves etc.) to the ETAMATIC (even when the burner is off). If You could not ensure this, use an RC combination (ca. 0,15µF, ca. 220 ) between the output terminal and neutral to let the testing current flow.
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Page 109: Exhaust Of Test Line Over The Roof
Enable terminal no. 67 for 2 sec. to release the gas. Ensure that this time is long enough, even for mostly used gaspipes with a smaller diameter to release the gas. Fig. 9-23 Suggested wiring for venting the gas line over the roof in conjunction with the ETAMATIC…
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Page 110: Switch- And Key Combinations
11 (Enter) key no value feedback Call up flame intensity press key 15 / F4 (M) twice Without integral flame monitoring, the display shows «—%» Modeswitching with O Automatic press key 15 / F4 (M) twice trim ETAMATIC…
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Page 111: Sensor
Appendix Action Display Mode Buttons / Other trim, error reset Status -control Mode O press key 11, (Enter) press key 7 and query cause of error Calling up text messages Status -control press key 11 (Enter) Adjusting correction value Firing rate TK…
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Page 112
Owing to the large number of usable transducers LAMTEC has only one two wire element and one three wire element in it’s product range. It is selected in that way, that it covers a number of measuring tasks. Other transducers only on enquiry or direct from the company Turck. -
Page 113: Selection Of The Suitable R. P. M. Sensor
If this cannot be guaranteed, the signal can exhibit jumps (asymmetry can become particularly noticeable in analogue signals). This problem can be solved by installing only one attenuating element (this is the standard setting for rev. speed capture in the ETAMATIC). Fig. 9-26 side Fig.
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Page 114
Appendix inal contact gap and can be derived from the table. The attenuating element’s diameter should be equal to or greater than the sensor’s diameter (for frequencies < 20% of the sensor’s max- imum switching frequency). Type sn [mm] sn x 0,8 [mm] D [mm] f [Hz] Installation… -
Page 115: External Switching Of The Fuel Motors/ Valves
You must ensure that the feedback of the selected motor is also selected, e.g. by using relays with connected switches. WARNING! For switching the feedback signals, you may only use relays with gold contact material. Fig. 9-27 switching from oil motor to gas motor Description feedback ETAMATIC output…
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Page 116: Feedback At Three-Point-Step Outputs
Feedback at Three-point-step Outputs 9.19.1 Joining with positive locking Since the ETAMATIC, in the case of three-point step channels, adjusts the damper until the actual value is equal to the set-point value. The feedback potentiometer must always reliably correspond to the damper position.…
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Page 117: Changing Control Drives / Potentiometers
Contelec PL 295 Rating: 5 kΩ* Bourns 6639S-095-.. Rating: 5 kΩ* Other potentiometers are permitted only after consulting LAMTEC or the TÜV. Examples of servomotors with approved potentiometer, fitted with a positive interlock connec- tion: Manufacturer Description Schimpf All motors with feedback type R 1 and type R 2* Landis &…
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Page 118: How To Replace A Potentiometer
You must generate a protected dataset from the device before you insert the memory exten- sion. Remove: Switch OFF supply voltage (zero-potential), take off plugs and if necessary take out ETAMATIC from the control cabinet. Open the housing: Remove the 8 countersunk screws from the left side panel. Remove the circuit boards: Pull out the circuit boards a bit, remove the PE-connection and take out the circuit boards of the housing.
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Page 119
Parameter No. Value You need a password for release level 4 to set these parameters. Ask LAMTEC for the re- quired password. To get this password, send the device’s serial number by phone or fax. Due to the EPROM replacement the CRC 4-check sum changes. Correct the CRC 4 check sum,… -
Page 120: Wiring Notes
9.22 Wiring Notes 9.22.1 Connection of the Shields All cables from and to the ETAMATIC must be shielded (with the exception of the 230 V cable). Connect the shielding to PE by the shortest possible route. Right: shielding terminal connection terminal…
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Page 121: Run To Shut-Off Limits
9.23 Run to Shut-off Limits Like every control system, the ETAMATIC has tolerances, which affect the accuracy of the set- tings. You have influence of these tolerances of the ETAMATIC with the parameter settings. When you adjust the combustion system, ensured that there is a safe and stable flame. To verify this, it is necessary that you test the combination of settings not only by regarding the required values that you have set, but also the so-called shut-down limits.
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Page 122: Tolerance Limit In Direction Air Deficiency
Appendix press key 12 press keys 2 and 3 to run to the load point for checking it wait until the system has run to that point enter password press key 14 one time (setting) Adjust set-point value of the three-point step channel in the air deficiency direction (for dead band setting, see parameters)…
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Page 123
Appendix With the aid of this protocol you can document, that a check on the switch off limits are not necessary. Insert the setting values in the tables. The numbers are describing the parameter numbers or numbers, on which the settings are based of. You must verify the declarations 1 to 6 with your signature. -
Page 124: Example Of A Protocol Of The Parameter Settings Of The Monitoring Bands
Appendix 9.24.1 Example of a Protocol of the Parameter Settings of the Monitoring Bands Date: Serial No.: Installation: Operating mode: Tolerance on air shortage side: Channel Functions Dead band Monitoring Band Band shift 32 /34 62 / 67 Channel 1 33 / 43 63 / 73 Channel 2…
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Page 125: Technical Data
The parasitic capacitance of the lead connected to the digital inputs may not exceed 2.2µF as Digital Signal a result of the ETAMATIC self-tests. The lead length should be limited to 100 m. Since the dig- Inputs ital inputs are for 24V DC, suitable contacts for that voltage should be used (hard silver or gold- plated) By actual load power control unit.
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Page 126
Appendix Apparent ohmic resistance: 4…20mA < 600 (ETAMATIC S) Continuous control output Apparent ohmic resistance: 100 Analogue inputs Connectable flame sensors: ETAMATIC with internal flame Type: FFS05 monitor FFS06 FFS 05UV FFS06UV NOTICE! Up to 9 mA test current is discharged through the outputs by a cyclic self-test. This self-test requires the consumers to be connected directly to the outputs. -
Page 127
Using the interface without the adapter may damage the device. You may use devices according to EN60950 / VDE 0805 only. 1 LAMTEC SYSTEM BUS interface on 9-pole plug max. 500m long via LSB-interface, BUS card optional for the following systems: BUS-connection –… -
Page 128: Etamatic Without Internal Flame Monitoring
Turck sensors with Y0 or Y1 in type designation. Owing to the large number of usable transducers LAMTEC has only one two wire element and on a three wire element in the range. It is selected so as to cover a number of measuring tasks.
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Page 129
Appendix 9.27 Dimensions and weight Dimensions ETAMATIC (l x w x dm) 144 x 240×142 Installation depth 125 mm Weight 2,3 kg Protection class to DIN 10 050 IP 40 Installation ETAMATIC Panel mounting Position of use Fig. 9-29 Minimum distances in the case of several cut-outs Fig. -
Page 130
F3 main gas 1 F4 main gas 2 F5 ignition transformer, fan, ignition valves, oil pump, fault S1 9-pole Sub-D connector for LAMTEC SYSTEM BUS S2 communications interface PC connection is possible only with LAMTEC interface adapter! Fig. 9-32 Rear view… -
Page 131
Appendix Fig. 9-34 Flame sensor FFS05 Description type plate grounding M4 (Pozidriv 2) incidence of light bend radius of the FM wire min. 25 mm Fig. 9-35 Mounting clip for FFS 06… see also ths Fig. 9-36 Mounting clip for FFS 05 see the docu- documentation of the flame scanner FFS05 mentation for the desired device (DLT7501 and DLT7503) -
Page 132
Feuerungen GmbH & Co KG ……………. Address: Wiesenstraße 6, D-69160 Walldorf ……………. Product: ETAMATIC / ETAMATIC S ……………. Type approval: CE 0085 AU 0207 ……………. The indicated product comply with the regulations of following European Guidelines:… -
Page 133
Appendix EC Declaration of Conformity — Appendix : Month/Year: ……..April../…2010…… Product type: ETAMATIC/ETAMATIC S ……………. ……………. ……………. This compliance is demonstrated by a conformity with the following harmonized standards or other normative documents: Harmonised European Standards:… -
Page 134
Appendix… -
Page 136
LAMTEC Meß- und Regeltechnik LAMTEC Leipzig GmbH & Co. KG Presented by: für Feuerungen GmbH & Co. KG Wiesenstraße 6 Schlesierstraße 55 D-69190 Walldorf D-04299 Leipzig Telefon (+49) 06227 / 6052-0 Telefon (+49) 0341 / 863294-00 Telefax (+49) 06227 / 6052-57 Telefax (+49) 0341 / 863294-10 Internet: http://www.lamtec.de…
Lamtec ETAMATIC S: Available Instructions
Note for Owners:
Guidesimo.com webproject is not a service center of Lamtec trademark and does not carries out works for diagnosis and repair of faulty Lamtec ETAMATIC S equipment. For quality services, please contact an official service center of Lamtec company. On our website you can read and download documentation for your Lamtec ETAMATIC S device for free and familiarize yourself with the technical specifications of device.
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RCP4 Actuator Gripper Type First Step Guide Second Edition Thank you for purchasing our product. Make sure to read the Safety Guide and detailed Instruction Manual (CD/DVD) included with the product in addition to this First Step Guide to ensure correct use. This Instruction Manual is original. • Using or copying all or part of this Instruction Manual without permission is prohibited. …
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Instruction handbookRead the Manual before starting any work!Language EnglishTranslationDocument No. 5.01045.08Part No. 372665Status 12-Dec-2014E5.01045.08b maXXBM4-F-AIO-XX AIO-XXAnalog IO moduleBM4400, BM4400 ES BM4600, BM4600 ES BM4700, BM4700 ES …
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English
Endcustomer information | ||
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Combination probes | ||
LT3 KS1D — Quick Reference |
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LT3-F KS1D — Quick Reference |
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ETAMATIC | ||
ETAMATIC OEM/ETAMATIC S OEM — Quick Reference |
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ETAMATIC V/ETAMATIC V S — Quick Reference |
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ETAMATIC/ETAMATIC S — Quick Reference |
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Flame monitoring | ||
F200K — Quick Refernce for Endusers |
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F300K — Quick Refernce for Endusers |
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FMS | ||
FMS — Quick Reference |
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Ignition System | ||
GFI 48 / 70/ 89 Pilot Burner — Quick Reference |
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Lambda transmitter | ||
LT1 — Quick Reference |
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LT1 LT2 — Quick Reference Remote Display Software |
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LT3 KS1D — Quick Reference |
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LT3-F KS1D — Quick Reference |
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Technical datasheet | ||
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Actuators | ||
Electrical Actuator TPS06 6 Nm — Technical Data |
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Electrical Actuator TPS20 20 Nm — Technical Data |
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Electrical Actuator TPS40 40 Nm — Technical Data |
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Stellantrieb/Actuator 662R2140/662R2141 — Technische Daten / Technical Data |
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Stellantrieb/Actuator/Servomoteur — 0,8 Nm — 662R5000 |
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Stellantrieb/Actuator/Servomoteur — 1,2,3,9 Nm — 662R5001 |
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BurnerControl BC300 | ||
BC300 — Technical Data |
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BC300 Wall Mounting Housing — Technical Data |
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BurnerTronic BT300 | ||
BT300 — Technical Data |
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DFM300 — Technical Data |
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EBM100 — Technical Data |
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Electronic actuator 662R5500 — Technical Data |
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Electronic actuator 662R5501 — Technical Data |
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GKI300 — Technical Data |
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LCM100 -Technical Data |
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LEM100 — Technical Data |
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PBM100 — Technical Data |
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Rast5 — Technical Data |
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UI300 / UI400 Cover IP65 — Technical Data |
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UI400 — Technical Data |
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VSM100 -Technical Data |
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CMS Combustion Management System | ||
CMS AEC-TPS — Technical Data |
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CMS AEC-VS — Technical Data |
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CMS MCC — Technical Data |
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CMS PSU2415 — Technical Data |
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CMS PSU24150 — Technical Data |
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CMS PSU2430 — Technical Data |
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CMS PSU2460 — Technical Data |
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CMS SAI — Technical Data |
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CMS SDI — Technical Data |
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CMS SDO — Technical Data |
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GUI607 — Technical Data |
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GUI610 — Technical Data |
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GUI615 — Technical Data |
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LAMTEC Actuator 20 Nm — Technical Data |
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LAMTEC Actuator 40 Nm — Technical Data |
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LAMTEC Actuator 6 Nm — Technical Data |
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PROFIBUS DP — Technical Data |
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UI300 / UI400 Cover IP65 — Technical Data |
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UI400 — Technical Data |
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Combination probes | ||
Fully automatic calibration system for KS1D-HT with LT2 — Technial Data |
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High Dust Mounting Flange — Technical Data |
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KS1 without housing — Technical Data |
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KS1-HT — Technical Data |
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KS1D ECO — Technical Data |
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KS1D Ex — Technical Data |
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KS1D without Housing — Technical Data |
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KS1D-HT — Technical Data |
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KS1D-KA / KS1D-KAF — Technical Data |
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KS2DNOx — Technical Data |
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RBT Ex — Technical Data |
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Control valves | ||
Flow Control Butterfly Valve 662R23 — Technical Data |
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Flow Control Butterfly Valve 662R24, Stainless Steel — Technical Data |
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Flow Control Butterfly Valve 662R25, Special Butterfly Disc — Technical Data |
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Flow control butterfly valves for recirculation up to max. 550°C — Technical Data |
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Flue Gas/Air Damper 668M2200 — Technical Data |
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Flue Gas/Air Damper 668M2205 — Technical Data |
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Flue Gas/Air Damper 668M2210 — Technical Data |
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Gas Damper 668M2300/668M2310 — Technical Data |
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ETAMATIC | ||
ETAMATIC — Technical Data |
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ETAMATIC OEM / ETAMATIC S OEM — Technical Data |
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GKI300 — Technical Data |
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Flame monitoring | ||
Demonstration Case for Flame Monitoring Systems — Technical Data |
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Demonstration Case for Flame Scanners — Technical Data |
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F130I — Technical Data |
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F152 — Technical Data |
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F200K / F200K Ex / F200K Ex-II — Technical Data |
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F300K — Technical Data |
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FFS05 / FFS05 Ex — Technical Data |
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FFS06 — Technical Data |
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FFS07 — Technical Data |
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FFS08 — Technical Data |
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Fiber Optic-System for F200K / F300K — Technical Data |
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IR/UV Test-Radiator FFP02 — Technical Data |
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KLC1000 / KLC10 — Technical Data |
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KLC2002 / KL20 — Technical Data |
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FMS | ||
FMS — Technical Data |
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FMS/VMS Swing Frame — Technical Data |
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GKI300 — Technical Data |
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Relay Module Type 660R0030 — Technical Data |
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Ignition System | ||
GFI Electronics — Technical Data |
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GFI Flange- Technical Data |
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GFI48 — Technical Data |
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GFI70 — Technical Data |
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GFI89 — Technical Data |
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Lambda probes | ||
Fully automatic calibration system for KS1D-HT with LT2 — Technial Data |
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LS1 — Technical Data |
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LS2 ECO — Technical Data |
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LS2 HT — Technical Data |
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LS2 without housing — Technical Data |
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LS2-Ex — Technical Data |
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LS2-KA / LS2-KAF — Technical Data |
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Portable Calibration Unit — Technical Data |
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Lambda transmitter | ||
Fully automatic calibration system for KS1D-HT with LT2 — Technial Data |
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LT1 in Panel Installation Housing — Technical Data |
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LT1 in Wall Mounting Housing — Technical Data |
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LT1 on Mounting Plate — Technical Data |
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LT10 with Ejector — Technical Data |
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LT10 with Measuring Gas Pump — Technical Data |
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LT2 / LT2 EX in Wall Mounting Housing — Technical Data |
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LT2 EExd Housing — Technical Data |
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LT2 in Panel Installation Housing — Technical Data |
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LT3 — Technical Data |
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LT3-Ex — Technical Data |
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LT3-F — Technical Data |
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NOx Transmitter NT1 — Technical Data |
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Portable Calibration Unit — Technical Data |
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UI300 / UI400 Cover IP65 — Technical Data |
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Mass flow measurement grid | ||
Mass Flow Measurement Grid — Technical Data |
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NEMS | ||
NEMS16 contactor voltage 24 VDC — Technical Data |
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NOx | ||
NOx Transmitter NT1 — Technical Data |
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VMS | ||
FMS/VMS Swing Frame — Technical Data |
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Relay Module Type 660R0030 — Technical Data |
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VMS — Technical Data |
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Brochure | ||
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Actuators | ||
Servo Motors and Flow Control Butterfly Valves — Product Catalogue |
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BurnerControl BC300 | ||
BC300 — System Overview |
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BC300 Simple Burner Control Unit — System Overview |
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BurnerControl BC400 | ||
BC400 — System Overview |
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BurnerTronic BT300 | ||
BT300 — System Overview |
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GKI300 — System Overview |
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PAVE equipment system — LAMTEC innovation |
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Sensory Combustion Optimisation of Gas Combustion Systems |
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CarboSen | ||
Sensory Combustion Optimisation of Gas Combustion Systems |
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CMS Combustion Management System | ||
CMS Combustion Management System — System Overview |
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ETAMATIC OEM / ETAMATIC / FMS / CMS — Comparison Sheet |
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CO/O2 control | ||
CO/O2 control / LT3-F — System overview |
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LAMTEC Innovation — Modular CO λ Control for Biomass Combustion Plants |
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Combination probes | ||
LAMTEC Innovation — Sensor System Lambda Transmitter LT3-F Combination Probe KS1D |
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LT2 LS2 KS1D — System Overview |
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LT3 LS2 KS1D — System Overview |
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LT3-Ex KS1D-Ex — System Overview |
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NOₓ Transmitter NT1 Combination Probe KS2DNOₓ — System Overview |
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Sensory Combustion Optimisation of Gas Combustion Systems |
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Control valves | ||
Servo Motors and Flow Control Butterfly Valves — Product Catalogue |
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ETAMATIC | ||
ETAMATIC / ETAMATIC S — System Overview |
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ETAMATIC OEM / ETAMATIC / FMS / CMS — Comparison Sheet |
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ETAMATIC OEM / ETAMATIC S OEM — System Overview |
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GKI300 — System Overview |
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PAVE equipment system — LAMTEC innovation |
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Sensory Combustion Optimisation of Gas Combustion Systems |
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Flame monitoring | ||
55 Years of Know How on Flame Monitoring Systems from Leipzig (F300K) |
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F130I — System Overview |
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F152 — System Overview |
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F200K — System Overview |
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F300K — System Overview |
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F350/FFS30 — System Overview |
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Flame Detection – More than meets the eye (Pant & Works Energeering, 2015) |
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Flame Monitoring Systems and Accessories — Product Catalogue |
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FMS | ||
ETAMATIC OEM / ETAMATIC / FMS / CMS — Comparison Sheet |
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FMS — System Overview |
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GKI300 — System Overview |
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Sensory Combustion Optimisation of Gas Combustion Systems |
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Gasklappen | ||
System Overview Gas / Flue Gas / Air Dampers |
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HydroSen | ||
Sensory Combustion Optimisation of Gas Combustion Systems |
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Ignition System | ||
GFI Ignition and Pilot Burner — System Overview |
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High Energy Ignition — System Overview |
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Lambda probes | ||
LT1 LS1 — System Overview |
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LT2 LS2 KS1D — System Overview |
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Sensory Combustion Optimisation of Gas Combustion Systems |
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Lambda transmitter | ||
CO/O2 control / LT3-F — System overview |
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Differentiation between LT2 and LT3 — Comparison |
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LAMTEC Innovation — Sensor System Lambda Transmitter LT3-F Combination Probe KS1D |
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LT1 LS1 — System Overview |
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LT2 LS2 KS1D — System Overview |
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LT3 LS2 KS1D — System Overview |
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LT3-Ex KS1D-Ex — System Overview |
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NOₓ Transmitter NT1 Combination Probe KS2DNOₓ — System Overview |
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Sensory Combustion Optimisation of Gas Combustion Systems |
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LAMTEC | ||
20 years LAMTEC |
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Image Brochure — English |
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Mass flow measurement grid | ||
Mass Flow Measurement Grid — System overview |
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NOx | ||
NOₓ Transmitter NT1 Combination Probe KS2DNOₓ — System Overview |
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VISIOCONTROL | ||
VC100 / VC1000 — System Overview |
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VISIOCONTROL 4.0 — System Overview |
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VMS | ||
Sensory Combustion Optimisation of Gas Combustion Systems |
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VMS — System Overview |
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Miscellaneous | ||
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BurnerTronic BT300 | ||
BT- Product Range |
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BT300 AGA Zertifikat |
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Combination probes | ||
How does my KS1D work? — Description |
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ETAMATIC | ||
ETAMATIC — Specifications Form |
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Flame monitoring | ||
F152 — AGA certification |
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F200K SIL-Certificate |
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F300K Service and Commissioning Case |
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Flame Detectors — Field of Application |
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Flame Radiation — Selection Criteria for Flame Scanner |
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Product overview Flame scanner systems — Poster |
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Questionnaire for tendering — flame scanner systems Flame Scanner |
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Selection Criteria for Flame Scanner |
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FMS | ||
FMS — Specifications Form |
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Mixed Fuel Firing — Specifications Form |
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VMS | ||
VMS — Specification Form |
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Software | ||
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BurnerTronic BT300 | ||
USB-CAN Module Driver Version 5 |
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CMS Combustion Management System | ||
CMS Remote Software Version V1.9.0.0 |
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Declaration of Confirmities | ||
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Actuators | ||
DPS Stellantrieb 120 VAC / 230 VAC — Konformitätserklärung |
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NOx | ||
NT1 KS2DNOx — Konformitätserklärung / Declaration of Conformity / Déclaration de Conformité UE |
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Please login here to see more downloads and also CAD Data.
German
Endcustomer information | ||
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Combination probes | ||
LT3 KS1D — Kurzanleitung |
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LT3-F KS1D — Kurzanleitung |
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ETAMATIC | ||
ETAMATIC OEM/ETAMATIC S OEM — Kurzanleitung |
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ETAMATIC V/ETAMATIC V S — Kurzanleitung |
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ETAMATIC/ETAMATIC S — Kurzanleitung |
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Flame monitoring | ||
F200K — Kurzanleitung |
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F300K — Kurzanleitung |
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FMS | ||
FMS — Kurzanleitung |
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Ignition System | ||
GFI 48 / 70 / 89 Zünd- und Pilotbrenner — Kurzanleitung |
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Lambda transmitter | ||
LT1 — Kurzanleitung |
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LT1 LT2 — Kurzanleitung Remote Display Software |
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LT3 KS1D — Kurzanleitung |
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LT3-F KS1D — Kurzanleitung |
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Instructions | ||
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Flame monitoring | ||
F200K Optikhalter — Montageanleitung |
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Technical datasheet | ||
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Actuators | ||
Elektrischer Stellantrieb TPS06 6 Nm — Technische Daten |
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Elektrischer Stellantrieb TPS20 20 Nm — Technische Daten |
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Elektrischer Stellantrieb TPS40 40 Nm — Technische Daten |
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Stellantrieb/Actuator 662R2140/662R2141 — Technische Daten / Technical Data |
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Stellantrieb/Actuator/Servomoteur — 0,8 Nm — 662R5000 |
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Stellantrieb/Actuator/Servomoteur — 1,2,3,9 Nm — 662R5001 |
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BurnerControl BC300 | ||
BC300 — Technische Daten |
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BC300 Wandaufbaugehäuse — Technische Daten |
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BurnerTronic BT300 | ||
BT300 — Technische Daten |
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DFM300 — Technische Daten |
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EBM100 — Technische Daten |
|
|
GKI300 — Technische Daten |
|
|
LCM100 -Technische Daten |
|
|
LEM100 — Technische Daten |
|
|
PBM100 — Technische Daten |
|
|
Rast5 — Technische Daten |
|
|
Stellmotor 662R5500 — Technische Daten |
|
|
Stellmotor 662R5501 — Technische Daten |
|
|
UI300 / UI400 Abdeckung IP65 — Technische Daten |
|
|
UI400 — Technische Daten |
|
|
VSM100 -Technische Daten |
|
|
CMS Combustion Management System | ||
CMS AEC-TPS — Technische Daten |
|
|
CMS AEC-VS — Technische Daten |
|
|
CMS MCC — Technische Daten |
|
|
CMS PSU2415 — Technische Daten |
|
|
CMS PSU24150 — Technische Daten |
|
|
CMS PSU2430 — Technische Daten |
|
|
CMS PSU2460 — Technische Daten |
|
|
CMS SAI — Technische Daten |
|
|
CMS SDI — Technische Daten |
|
|
CMS SDO — Technische Daten |
|
|
GUI607 — Technische Daten |
|
|
GUI610 — Technische Daten |
|
|
GUI615 — Technische Daten |
|
|
LAMTEC Stellantrieb 20 Nm — Technische Daten |
|
|
LAMTEC Stellantrieb 40 Nm — Technische Daten |
|
|
LAMTEC Stellantrieb 6 Nm — Technische Daten |
|
|
PROFIBUS DP — Technische Daten |
|
|
UI300 / UI400 Abdeckung IP65 — Technische Daten |
|
|
UI400 — Technische Daten |
|
|
Combination probes | ||
Hochstaubaufnahmeflansch — Technische Daten |
|
|
KS1 ohne Gehäuse — Technische Daten |
|
|
KS1-HT — Technische Daten |
|
|
KS1D ECO — Technische Daten |
|
|
KS1D ohne Gehäuse — Technische Daten |
|
|
KS1D-Ex — Technische Daten |
|
|
KS1D-HT — Technische Daten |
|
|
KS1D-KA / KS1D-KAF — Technische Daten |
|
|
KS2DNOx — Technische Daten |
|
|
LT2-Ex LS2-Ex — Technische Daten |
|
|
RBT Ex — Technische Daten |
|
|
Vollautomatische Abgleicheinrichtung für KS1D-HT mit LT2 — Technische Daten |
|
|
Control valves | ||
Abgas/Luftklappe 668M2200 — Technische Daten |
|
|
Abgas/Luftklappe 668M2205 — Technische Daten |
|
|
Abgas/Luftklappe 668M2210 — Technische Daten |
|
|
Gasklappe 668M2300/668M2310 — Technische Daten |
|
|
Mengen-Regel-Klappe 662R23 — Technische Daten |
|
|
Mengen-Regel-Klappe 662R24, Edelstahl — Technische Daten |
|
|
Mengen-Regel-Klappe 662R25, Sonderklappenteller — Technische Daten |
|
|
Mengen-Regelklappe für Rezirkulation bis max. 550°C — Technische Daten |
|
|
ETAMATIC | ||
ETAMATIC — Technische Daten |
|
|
ETAMATIC OEM / ETAMATIC S OEM — Technische Daten |
|
|
ETAMATIC V — Technische Daten |
|
|
ETAMATIC V OEM — Technische Daten |
|
|
GKI300 — Technische Daten |
|
|
Flame monitoring | ||
F130I — Technische Daten |
|
|
F152 — Technische Daten |
|
|
F200K / F200K Ex / F200K Ex-II — Technische Daten |
|
|
F300K — Technische Daten |
|
|
Faseroptik für F200K / F300K — Technische Daten |
|
|
FFS05 / FFS05 Ex — Technische Daten |
|
|
FFS06 — Technische Daten |
|
|
FFS07 — Technische Daten |
|
|
FFS08 — Technische Daten |
|
|
Flammenkoffer — Technische Daten |
|
|
FSS05 EX-II — Technische Daten |
|
|
KLC1000 / KLC10 — Technische Daten |
|
|
KLC2002 / KL20 — Technische Daten |
|
|
FMS | ||
FMS — Technische Daten |
|
|
FMS/VMS Schwenkrahmen — Technische Daten |
|
|
GKI300 — Technische Daten |
|
|
Ignition System | ||
GFI Elektronik — Technische Daten |
|
|
GFI Flansch — Technische Daten |
|
|
GFI48 — Technische Daten |
|
|
GFI70 — Technische Daten |
|
|
GFI89 — Technische Daten |
|
|
Lambda probes | ||
LS1 — Technische Daten |
|
|
LS2 ECO — Technische Daten |
|
|
LS2 HT — Technische Daten |
|
|
LS2 ohne Gehäuse — Technische Daten |
|
|
LS2-Ex — Technische Daten |
|
|
LS2-KA / LS2-KAF — Technische Daten |
|
|
LT2-Ex LS2-Ex — Technische Daten |
|
|
LT2-K LS2-K — Technische Daten |
|
|
Tragbare Abgleicheinheit — Technische Daten |
|
|
Vollautomatische Abgleicheinrichtung für KS1D-HT mit LT2 — Technische Daten |
|
|
Lambda transmitter | ||
LT1 auf Montageplatte — Technische Daten |
|
|
LT1 im Tafeleinbaugehäuse — Technische Daten |
|
|
LT1 im Wandaufbaugehäuse — Technische Daten |
|
|
LT10 mit Ejektor — Technische Daten |
|
|
LT10 mit Messgaspumpe — Technische Daten |
|
|
LT2 / LT2 EX im Wandaufbaugehäuse — Technische Daten |
|
|
LT2 EExd-Gehäuse — Technische Daten |
|
|
LT3 — Technische Daten |
|
|
LT3-Ex — Technische Daten |
|
|
LT3-F — Technische Daten |
|
|
NOx Transmitter NT1 — Technische Daten |
|
|
Tragbare Abgleicheinheit — Technische Daten |
|
|
UI300 / UI400 Abdeckung IP65 — Technische Daten |
|
|
Vollautomatische Abgleicheinrichtung für KS1D-HT mit LT2 — Technische Daten |
|
|
Mass flow measurement grid | ||
Staugitter — Technische Daten |
|
|
NEMS | ||
NEMS16 Kontaktgeberspannung 24 VDC — Technische Daten |
|
|
NOx | ||
NOx Transmitter NT1 — Technische Daten |
|
|
VMS | ||
FMS/VMS Schwenkrahmen — Technische Daten |
|
|
VMS — Technische Daten |
|
|
Brochure | ||
---|---|---|
Actuators | ||
Stellantriebe und Mengen-Regelklappen — Produktkatalog |
|
|
BurnerControl BC300 | ||
BC300 — Systemübersicht |
|
|
BC300 Einfacher Feuerungsautomat — Systemübersicht |
|
|
BurnerControl BC400 | ||
BC400 – Systemübersicht |
|
|
BurnerTronic BT300 | ||
Anlagensystem PAVE — LAMTEC innovation |
|
|
BT300 — Systemübersicht |
|
|
Feuerungsmanagement — Produktübersicht |
|
|
GKI300 — Systemübersicht |
|
|
Sensorische Verbrennungsoptimierung von Gasfeuerungsanlagen — Artikel |
|
|
CarboSen | ||
Feuerungsoptimierung — Produktübersicht |
|
|
Sensorische Verbrennungsoptimierung von Gasfeuerungsanlagen — Artikel |
|
|
CMS Combustion Management System | ||
CMS Combustion Management System – Systemübersicht |
|
|
ETAMATIC OEM / ETAMATIC / FMS / CMS — Vergleichstabelle |
|
|
CO control | ||
Feuerungsoptimierung — Produktübersicht |
|
|
CO/O2 control | ||
CO/O2-Regelung / LT3-F — Systemübersicht |
|
|
Feuerungsoptimierung — Produktübersicht |
|
|
LAMTEC Innovation — Modulare CO Lambda Regelung für Biomassefeuerungen |
|
|
Combination probes | ||
Feuerungsoptimierung — Produktübersicht |
|
|
LAMTEC Innovation — Sensorsystem Lambda Transmitter LT3-F Kombi-Sonde KS1D |
|
|
LT2 LS2 KS1D — Systemübersicht |
|
|
LT3 LS2 KS1D — Systemübersicht |
|
|
LT3-Ex KS1D-Ex — Systemübersicht |
|
|
NOₓ — Transmitter NT1 Kombi-Sonde KS2DNOₓ — Systemübersicht |
|
|
Sensorische Verbrennungsoptimierung von Gasfeuerungsanlagen — Artikel |
|
|
Control valves | ||
Stellantriebe und Mengen-Regelklappen — Produktkatalog |
|
|
ETAMATIC | ||
Anlagensystem PAVE — LAMTEC innovation |
|
|
ETAMATIC / ETAMATIC S — Systemübersicht |
|
|
ETAMATIC OEM / ETAMATIC / FMS / CMS — Vergleichstabelle |
|
|
ETAMATIC OEM / ETAMATIC S OEM — Systemübersicht |
|
|
Feuerungsmanagement — Produktübersicht |
|
|
GKI300 — Systemübersicht |
|
|
Sensorische Verbrennungsoptimierung von Gasfeuerungsanlagen — Artikel |
|
|
Flame monitoring | ||
55 Jahre Flammenwächter-Know-how aus Leipzig (F300K) |
|
|
F130I — Systemübersicht |
|
|
F152 — Systemübersicht |
|
|
F200K — Systemübersicht |
|
|
F300K — Systemübersicht |
|
|
F350/FFS30 — Systemübersicht |
|
|
Flammenüberwachung — Produktübersicht |
|
|
Flammenwächtersysteme und Zubehör — Produktkatalog |
|
|
FMS | ||
ETAMATIC OEM / ETAMATIC / FMS / CMS — Vergleichstabelle |
|
|
Feuerungsmanagement — Produktübersicht |
|
|
FMS — Systemübersicht |
|
|
GKI300 — Systemübersicht |
|
|
Sensorische Verbrennungsoptimierung von Gasfeuerungsanlagen — Artikel |
|
|
Gasklappen | ||
Gas- / Abgas- / Luftklappen – Systemübersicht |
|
|
HydroSen | ||
Sensorische Verbrennungsoptimierung von Gasfeuerungsanlagen — Artikel |
|
|
Ignition System | ||
GFI Zünd- und Pilotbrenner — Systemübersicht |
|
|
Hochenergiezünder — Systemübersicht |
|
|
Zündsysteme und Zubehör — Produktkatalog |
|
|
Lambda probes | ||
Feuerungsoptimierung — Produktübersicht |
|
|
LT1 LS1 — Systemübersicht |
|
|
LT2 LS2 KS1D — Systemübersicht |
|
|
Sensorische Verbrennungsoptimierung von Gasfeuerungsanlagen — Artikel |
|
|
Lambda transmitter | ||
CO/O2-Regelung / LT3-F — Systemübersicht |
|
|
Feuerungsoptimierung — Produktübersicht |
|
|
Gegenüberstellung LT2 und LT3 — Vergleich |
|
|
LAMTEC Innovation — Sensorsystem Lambda Transmitter LT3-F Kombi-Sonde KS1D |
|
|
LT1 LS1 — Systemübersicht |
|
|
LT2 LS2 KS1D — Systemübersicht |
|
|
LT3 LS2 KS1D — Systemübersicht |
|
|
LT3-Ex KS1D-Ex — Systemübersicht |
|
|
NOₓ — Transmitter NT1 Kombi-Sonde KS2DNOₓ — Systemübersicht |
|
|
Sensorische Verbrennungsoptimierung von Gasfeuerungsanlagen — Artikel |
|
|
LAMTEC | ||
20 Jahre LAMTEC |
|
|
Feuerungsmanagement — Produktübersicht |
|
|
Feuerungsoptimierung — Produktübersicht |
|
|
Flammenüberwachung — Produktübersicht |
|
|
Imagebroschüre — Deutsch |
|
|
Mass flow measurement grid | ||
Staugitter — Systemübersicht |
|
|
NOx | ||
NOₓ — Transmitter NT1 Kombi-Sonde KS2DNOₓ — Systemübersicht |
|
|
VISIOCONTROL | ||
Feuerungsmanagement — Produktübersicht |
|
|
VC100 / VC1000 — Systemübersicht |
|
|
VISIOCONTROL 4.0 — Systemübersicht |
|
|
VMS | ||
Feuerungsmanagement — Produktübersicht |
|
|
Sensorische Verbrennungsoptimierung von Gasfeuerungsanlagen — Artikel |
|
|
VMS — Systemübersicht |
|
|
Miscellaneous | ||
---|---|---|
BurnerTronic BT300 | ||
BT300 AGA Zertifikat |
|
|
Combination probes | ||
KS1D Intelligentes Kombinationssystem (VREM-System) — Abschlussbericht |
|
|
ETAMATIC | ||
ETAMATIC — Konfiguration — Kundenformular |
|
|
Flame monitoring | ||
F152 — AGA Zertifizierung |
|
|
F300K — Start-up Guide |
|
|
F300K Service- und Inbetriebnahmekoffer |
|
|
Fragebogen zur Angebotserstellung Flammenüberwachung |
|
|
Produktübersicht Flammenwächtersysteme — Poster |
|
|
FMS | ||
FMS — Konfiguration — Kundenformular |
|
|
Mischfeuerung — Spezifikationen |
|
|
Lambda probes | ||
LS1 vs. LS2 — Gegenüberstellung |
|
|
VMS | ||
VMS — Spezifikationen |
|
|
Software | ||
---|---|---|
BurnerTronic BT300 | ||
USB-CAN Module Driver Version 5 |
|
|
CMS Combustion Management System | ||
CMS Remote Software Version V1.9.0.0 |
|
|
FMS | ||
Animation Mischfeuerung |
|
|
Declaration of Confirmities | ||
---|---|---|
Actuators | ||
DPS Stellantrieb 120 VAC / 230 VAC — Konformitätserklärung |
|
|
NOx | ||
NT1 KS2DNOx — Konformitätserklärung / Declaration of Conformity / Déclaration de Conformité UE |
|
|
French
Endcustomer information | ||
---|---|---|
Combination probes | ||
LT3 KS1D — Instructions sommaires |
|
|
LT3-F KS1D — Instructions sommaires |
|
|
ETAMATIC | ||
ETAMATIC OEM/ETAMATIC S OEM — Instructions sommaires |
|
|
ETAMATIC V/ETAMATIC V S — Instructions sommaires |
|
|
ETAMATIC/ETAMATIC S — Instructions sommaires |
|
|
Flame monitoring | ||
F200K — Instructions sommaires |
|
|
FMS | ||
FMS — Instructions sommaires |
|
|
Lambda probes | ||
LT1 — Instrucions sommaires |
|
|
Lambda transmitter | ||
LT1 — Instrucions sommaires |
|
|
LT3 KS1D — Instructions sommaires |
|
|
LT3-F KS1D — Instructions sommaires |
|
|
VMS | ||
VMS — Instructions sommaires |
|
|
Technical datasheet | ||
---|---|---|
Actuators | ||
Servomoteur électrique TPS06 6 Nm — Caractéristiques techniques |
|
|
Servomoteur électrique TPS20 20 Nm — Caractéristiques techniques |
|
|
Servomoteur électrique TPS40 40 Nm — Caractéristiques techniques |
|
|
Stellantrieb/Actuator/Servomoteur — 0,8 Nm — 662R5000 |
|
|
Stellantrieb/Actuator/Servomoteur — 1,2,3,9 Nm — 662R5001 |
|
|
BurnerControl BC300 | ||
BC300 — Caractéristiques techniques |
|
|
BC300 dans coffret mural — Caractéristiques techniques |
|
|
BurnerTronic BT300 | ||
BT300 — Caractéristiques techniques |
|
|
DFM300 — Caractéristiques techniques |
|
|
EBM100 — Charactéristique techniques |
|
|
GKI300 — Caractéristiques techniques |
|
|
LCM100 — Caractéristiques techniques |
|
|
LEM100 — Charactéristique techniques |
|
|
PBM100 — Charactéristique techniques |
|
|
Rast5 — Charactéristique techniques |
|
|
Stellmotor 662R5500 — Charactéristique techniques |
|
|
Stellmotor 662R5501 — Charactéristique techniques |
|
|
UI300 / UI400 couvercle IP65 — Caractéristiques techniques |
|
|
UI400 — Caractéristiques Techniques |
|
|
VSM100 — Charactéristique techniques |
|
|
CMS Combustion Management System | ||
CMS AEC-TPS — Caractéristiques techniques |
|
|
CMS AEC-VS — Caractéristiques Techniques |
|
|
CMS MCC — Caractéristiques Techniques |
|
|
CMS PSU2415 — Caractéristiques Techniques |
|
|
CMS PSU24150 — Caractéristiques Techniques |
|
|
CMS PSU2460 — Caractéristiques Techniques |
|
|
CMS SAI — Charactéristiques Techniques |
|
|
CMS SDI — Charactéristiques Techniques |
|
|
CMS SDO — Caractéristiques Techniques |
|
|
GUI607 — Charactéristique techniques |
|
|
GUI610 — Caractéristiques techniques |
|
|
GUI615 — Caractéristiques techniques |
|
|
PROFIBUS DP — Caractéristiques techniques |
|
|
UI300 / UI400 couvercle IP65 — Caractéristiques techniques |
|
|
UI400 — Caractéristiques Techniques |
|
|
Combination probes | ||
Dispositif d’étalonnage entièrement automatique pour KS1D-HT avec LT2 — Caractéristiques techniques |
|
|
KS1 sans boîtier — Caractéristiques techniques |
|
|
KS1-HT — Caractéristiques techniques |
|
|
KS1D ECO — Caractéristiques techniques |
|
|
KS1D Ex — Caractéristiques techniques |
|
|
KS1D sans boîtier — Caractéristiques techniques |
|
|
KS1D-HT — Caractéristiques techniques |
|
|
KS1D-KA / KS1D-KAF — Caractéristique techniques |
|
|
KS2DNOx — Caractéristiques techniques |
|
|
RBT Ex — Caractéristiques techniques |
|
|
Control valves | ||
Clapet de réglage de débit 662R23 — Caractéristiques techniques |
|
|
Clapet de réglage de débit 662R24, acier inox — Caractéristiques techniques |
|
|
Clapet de réglage de débit 662R25, clapet de régulation spécial — Caractéristiques techniques |
|
|
Clapet fumées/d’air 668M2200 — Caractéristiques techniques |
|
|
Clapet fumées/d’air 668M2205 — Caractéristiques techniques |
|
|
Clapet fumées/d’air 668M2210 — Caractéristiques techniques |
|
|
Clapet gaz 668M2300/668M2310 — Caractéristiques techniques |
|
|
ETAMATIC | ||
ETAMATIC — Caractéristiques techniques |
|
|
ETAMATIC OEM — Caractéristiques techniques |
|
|
ETAMATIC OEM / ETAMATIC S OEM — Caractéristiques techniques |
|
|
GKI300 — Caractéristiques techniques |
|
|
Flame monitoring | ||
F130I — Charactéristique techniques |
|
|
F152 — Caractéristiques techniques |
|
|
F200K / F200K Ex / F200K Ex-II — Caractéristiques techniques |
|
|
F300K — Caractéristiques techniques |
|
|
FFS05 / FFS05 Ex — Caractéristiques techniques |
|
|
FFS06 — Caractéristiques techniques |
|
|
FFS07 — Caractéristiques techniques |
|
|
FFS08 — Caractérsitiques techniques |
|
|
KLC1000 / KLC10 — Caractéristiques techniques |
|
|
FMS | ||
FMS — Caractéristiques techniques |
|
|
FMS/VMS Châssis pivotant — Caractéristiques techniques |
|
|
GKI300 — Caractéristiques techniques |
|
|
Ignition System | ||
GFI bride coulissante — Caractéristiques techniques |
|
|
GFI Electronique — Caractéristiques techniques |
|
|
GFI48 — Caractéristiques techniques |
|
|
GFI70 — Caractéristiques techniques |
|
|
GFI89 — Caractéristiques techniques |
|
|
Lambda probes | ||
Dispositif d’étalonnage entièrement automatique pour KS1D-HT avec LT2 — Caractéristiques techniques |
|
|
LS2 ECO — Charactéristique techniques |
|
|
LS2 HT — Caractéristiques techniques |
|
|
LS2 sans boîtier — Charactéristique techniques |
|
|
LS2-Ex — Caractéristiques techniques |
|
|
LS2-KA / LS2-KAF — Caractéristiques techniques |
|
|
Unité de calibrage portable — Caractéristiques techniques |
|
|
Lambda transmitter | ||
Dispositif d’étalonnage entièrement automatique pour KS1D-HT avec LT2 — Caractéristiques techniques |
|
|
LT1 dans coffret mural — Caractéristiques techniques |
|
|
LT1 en montage sur panneau — Caractéristiques techniques |
|
|
LT1 sur platine de montage — Caractéristiques techniques |
|
|
LT2 / LT2 EX dans coffret mural — Caractéristiques techniques |
|
|
LT2 boîtier EExd — Caractéristiques techniques |
|
|
LT3 — Caractéristiques techniques |
|
|
LT3-Ex — Caractéristiques techniques |
|
|
LT3-F — Caractéristiques techniques |
|
|
Transmetteur NOx NT1 — Caractéristiques techniques |
|
|
UI300 / UI400 couvercle IP65 — Caractéristiques techniques |
|
|
Unité de calibrage portable — Caractéristiques techniques |
|
|
Mass flow measurement grid | ||
Grille de retenue Pitot moyennée — Caractéristiques techniques |
|
|
NOx | ||
Transmetteur NOx NT1 — Caractéristiques techniques |
|
|
VMS | ||
FMS/VMS Châssis pivotant — Caractéristiques techniques |
|
|
Brochure | ||
---|---|---|
Actuators | ||
Organe de manoeuvre et Vannes papillon à régulation du débit — Aperçu des produits |
|
|
BurnerTronic BT300 | ||
BT300 — Vue d’ensemble du système |
|
|
Système d’installations PAVE — LAMTEC innovation |
|
|
CMS Combustion Management System | ||
CMS Combustion Management System — Vue d’ensemble du système |
|
|
CO/O2 control | ||
Régulation CO/O2 / LT3-F — Vue d’ensemble du système |
|
|
Combination probes | ||
LT3 KS1D — Vue d’ensemble du |
|
|
ETAMATIC | ||
ETAMATIC / ETAMATIC S — Vue d’ensemble du système |
|
|
ETAMATIC OEM / ETAMATIC S OEM — Vue d’ensemble du système |
|
|
Système d’installations PAVE — LAMTEC innovation |
|
|
Flame monitoring | ||
F130I — Vue d’ensemble du système |
|
|
F300K — Vue d’ensemble du système |
|
|
FMS | ||
FMS — Vue d’ensemble du système |
|
|
Ignition System | ||
Brûleur d’allumage et pilote — Vue d’ensemble du système |
|
|
Lambda transmitter | ||
LT3 KS1D — Vue d’ensemble du |
|
|
Régulation CO/O2 / LT3-F — Vue d’ensemble du système |
|
|
VMS | ||
VMS — Vue d’ensemble du système |
|
|
Miscellaneous | ||
---|---|---|
CO/O2 control | ||
La régulation de CO La meilleure alternative à la régulation d’O2 |
|
|
ETAMATIC | ||
ETAMATIC — Formulaire de specification |
|
|
Flame monitoring | ||
Aperçu des produits Systèmes de détection de flammes — Affiche |
|
|
F152 — AGA certificat |
|
|
Questionnaire pour la préparation de l’offre — détecteur de flamme |
|
|
FMS | ||
FMS — Formulaire de specification |
|
|
VMS | ||
VMS — Formulaire de specification |
|
|
Software | ||
---|---|---|
BurnerTronic BT300 | ||
USB-CAN Module Driver Version 5 |
|
|
CMS Combustion Management System | ||
CMS Remote Software Version V1.9.0.0 |
|
|
Declaration of Confirmities | ||
---|---|---|
Actuators | ||
DPS Stellantrieb 120 VAC / 230 VAC — Konformitätserklärung |
|
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NOx | ||
NT1 KS2DNOx — Konformitätserklärung / Declaration of Conformity / Déclaration de Conformité UE |
|
|
Brazilian Portuguese
Endcustomer information | ||
---|---|---|
ETAMATIC | ||
ETAMATIC V/VS |
|
|
Lambda probes | ||
LT2 LS2 — Manual curto para o utilizador |
|
|
Lambda transmitter | ||
LT2 LS2 — Manual curto para o utilizador |
|
|
Chinese (Simplified)
Endcustomer information | ||
---|---|---|
ETAMATIC | ||
ETAMATIC OEM — Quick Reference |
|
|
Lambda transmitter | ||
LT1 — Quick Reference |
|
|
Technical datasheet | ||
---|---|---|
ETAMATIC | ||
ETAMATIC — Technical Data |
|
|
Flame monitoring | ||
F200K / F200K Ex / F200K Ex-II — Technical Data |
|
|
FFS05 / FFS05 Ex — Technical Data |
|
|
FFS06 — Technical Data |
|
|
FMS | ||
FMS — Technical Data |
|
|
Lambda transmitter | ||
LT10 with Measuring Gas Pump — Technical Data |
|
|
Mass flow measurement grid | ||
Flow-meter — Technical Data |
|
|
VMS | ||
VMS — Technical Data |
|
|
Brochure | ||
---|---|---|
BurnerControl BC300 | ||
BC300 — System Overview |
|
|
BurnerTronic BT300 | ||
BT300 — 系统概览 |
|
|
CMS Combustion Management System | ||
CMS Combustion Management System — 系统概览 |
|
|
ETAMATIC OEM / ETAMATIC / FMS / CMS — Comparison Sheet |
|
|
CO/O2 control | ||
CO/O2 控制 / LT3-F — 系统简介 |
|
|
ETAMATIC | ||
ETAMATIC OEM / ETAMATIC / FMS / CMS — Comparison Sheet |
|
|
Flame monitoring | ||
F300K — 系统概览 |
|
|
Flame Detector — Overview |
|
|
FMS | ||
ETAMATIC OEM / ETAMATIC / FMS / CMS — Comparison Sheet |
|
|
Ignition System | ||
HEI 500 HEi 600 高能点火器 — System Overview |
|
|
喷嘴和点火支路 GFI — 系统概览 |
|
|
Lambda transmitter | ||
CO/O2 控制 / LT3-F — 系统简介 |
|
|
LAMTEC | ||
20 years LAMTEC |
|
|
Imagebroschüre — Chinese |
|
|
VISIOCONTROL | ||
VC1000 VISIOCONTROL — 系统概览 |
|
|
Miscellaneous | ||
---|---|---|
Combination probes | ||
How does my KS1D work? — Description |
|
|
ETAMATIC | ||
Lecture Burner Control |
|
|
FMS | ||
Lecture Burner Control |
|
|
Lambda probes | ||
LS1 vs. LS2 — 蓝姆达探针LS1-工业尾气中O2 含量检测仪 |
|
|
Software | ||
---|---|---|
CMS Combustion Management System | ||
CMS Remote Software Version V1.9.0.0 |
|
|
Croatian
Endcustomer information | ||
---|---|---|
Lambda transmitter | ||
LT1 — Priručnik |
|
|
Czech
Endcustomer information | ||
---|---|---|
Combination probes | ||
LT3-F KS1D -Krátký návod pro uživatele |
|
|
ETAMATIC | ||
Krátký návod pro uživatele ETAMATIC OEM |
|
|
Flame monitoring | ||
F200K — Krátký návod pro uživatele |
|
|
F300K — Krátký návod pro uživatele |
|
|
Ignition System | ||
GFI 48 / 70 Zapalovací a pilotní hořák — Krátký návod pro uživatele |
|
|
Lambda probes | ||
LT2 LS2 — Krátký návod pro uživatele |
|
|
Lambda transmitter | ||
LT2 LS2 — Krátký návod pro uživatele |
|
|
LT3-F KS1D -Krátký návod pro uživatele |
|
|
Brochure | ||
---|---|---|
CMS Combustion Management System | ||
CMS systém řízení spalování — Přehled systému |
|
|
Ignition System | ||
GFI Zapalovací a pilotní hořák — Přehled systému |
|
|
Danish
Endcustomer information | ||
---|---|---|
ETAMATIC | ||
ETAMATIC OEM — Kort vejledning til bruger |
|
|
Flame monitoring | ||
F200K — Kort brugervejledning |
|
|
Lambda probes | ||
LT1 — Kort brugervejledning |
|
|
LT2 LS2 — Kort vejledning til bruger |
|
|
Lambda transmitter | ||
LT1 — Kort brugervejledning |
|
|
LT2 LS2 — Kort vejledning til bruger |
|
|
Dutch
Endcustomer information | ||
---|---|---|
ETAMATIC | ||
ETAMATIC OEM/ETAMATIC S OEM — Korte handleiding voor exploitant |
|
|
Flame monitoring | ||
F200K Gebruikers handleiding |
|
|
Lambda probes | ||
LT2 LS2 — Beknopte handleiding voor gebruikers |
|
|
Lambda transmitter | ||
LT2 LS2 — Beknopte handleiding voor gebruikers |
|
|
Miscellaneous | ||
---|---|---|
ETAMATIC | ||
Configuratie formulier ETAMATIC |
|
|
Finnish
Endcustomer information | ||
---|---|---|
Combination probes | ||
LT3 KS1D — Pikaopas käyttäjälle |
|
|
ETAMATIC | ||
ETAMATIC OEM/ETAMATIC S OEM — Pikaopas käyttäjälle |
|
|
Supistettu käyttöohje ETAMATIC/ETAMATIC S |
|
|
Flame monitoring | ||
Käyttö- ja huolto-ohje Liekkivalvonta F250 |
|
|
Lambda transmitter | ||
LT2 LS2 — Pikaopas käyttäjälle |
|
|
LT3 KS1D — Pikaopas käyttäjälle |
|
|
Greek
Endcustomer information | ||
---|---|---|
Flame monitoring | ||
F200K — Συνοπτικές οδηγίες χρήσης |
|
|
Hungarian
Endcustomer information | ||
---|---|---|
Lambda probes | ||
LT2 LS2 — Rövid felhasználói útmutató |
|
|
LT3 LS2 — Rövid felhasználói útmutató |
|
|
Lambda transmitter | ||
LT2 LS2 — Rövid felhasználói útmutató |
|
|
LT3 LS2 — Rövid felhasználói útmutató |
|
|
Italian
Endcustomer information | ||
---|---|---|
Combination probes | ||
Trasmettitore Lambda LT2 KS1D Sonda combinata KS1D — Guida sintetica per l’utente |
|
|
Lambda probes | ||
LT3 LS2 — Manuale sintetico per gli utenti |
|
|
Lambda transmitter | ||
LT3 LS2 — Manuale sintetico per gli utenti |
|
|
Trasmettitore Lambda LT2 KS1D Sonda combinata KS1D — Guida sintetica per l’utente |
|
|
Brochure | ||
---|---|---|
CMS Combustion Management System | ||
CMS Combustion Management System — Panoramica del sistema |
|
|
LAMTEC | ||
Opuscolo immagine — Italiano |
|
|
Software | ||
---|---|---|
BurnerTronic BT300 | ||
USB-CAN Module Driver Version 5 |
|
|
CMS Combustion Management System | ||
CMS Remote Software Version V1.9.0.0 |
|
|
Lithuanian
Endcustomer information | ||
---|---|---|
Flame monitoring | ||
F300K — Trumpa naudojimo instrukcija |
|
|
VMS | ||
VMS — Trumpa instrukcija vartotojui |
|
|
Norwegian
Endcustomer information | ||
---|---|---|
Flame monitoring | ||
F200K — Hurtigveiledning for brukeren |
|
|
F300K — Hurtigveiledning for brukeren |
|
|
Polish
Endcustomer information | ||
---|---|---|
Combination probes | ||
LT3 KS1D — Krótkie wprowadzenie dla obsługi |
|
|
ETAMATIC | ||
ETAMATIC/ETAMATIC S — Krótkie wprowadzenie dla obsługi |
|
|
Flame monitoring | ||
F200K — Instrukcja skrócona |
|
|
FMS | ||
FMS — Instrukcja montażu i rozruchu |
|
|
Ignition System | ||
GFI 48 / 70 / 89 Palnik zapłonowy i pilotowy — Instrukcja skrócona dla użytkownika |
|
|
Lambda probes | ||
LT2 LS2 — Krótkie wprowadzenie dla obsługi |
|
|
LT3 LS2 — Instrukcja skrócona dla użytkowników |
|
|
Lambda transmitter | ||
LT2 LS2 — Krótkie wprowadzenie dla obsługi |
|
|
LT3 KS1D — Krótkie wprowadzenie dla obsługi |
|
|
LT3 LS2 — Instrukcja skrócona dla użytkowników |
|
|
Brochure | ||
---|---|---|
Combination probes | ||
LT3 LS2 KS1D — Przegląd systemu |
|
|
Flame monitoring | ||
F200K — Przegląd systemu |
|
|
F300K — Przegląd systemu |
|
|
Oszczędność energii — reducja emisji zanieczyszczeń |
|
|
Lambda transmitter | ||
LT3 LS2 KS1D — Przegląd systemu |
|
|
LAMTEC | ||
Oszczędność energii |
|
|
WSZYSTKO Z JEDNEJ RĘKI |
|
|
Miscellaneous | ||
---|---|---|
Flame monitoring | ||
Kryteria doboru Detektorów Płomienia |
|
|
Oszczędność energii — reducja emisji zanieczyszczeń |
|
|
Promieniowanie płomieni – Kryteria doboru skanerów |
|
|
LAMTEC | ||
WSZYSTKO Z JEDNEJ RĘKI |
|
|
Mass flow measurement grid | ||
Siatka spiętrzająca – pomiar przepływu / Volume-Flow-Meter |
|
|
Romanian
Endcustomer information | ||
---|---|---|
ETAMATIC | ||
ETAMATIC OEM/ETAMATIC S OEM — Scurt îndrumător pentru utilizator |
|
|
Lambda probes | ||
LT2 LS2 — Scurt îndrumător pentru utilizatori |
|
|
Lambda transmitter | ||
LT2 LS2 — Scurt îndrumător pentru utilizatori |
|
|
Russian
Endcustomer information | ||
---|---|---|
Combination probes | ||
LT3 KS1D — Краткое руководство для пользователей |
|
|
Flame monitoring | ||
F200K — Краткое руководство для пользователей |
|
|
F300K — Краткое руководство для пользователей |
|
|
Ignition System | ||
GFI 48 / 70 Запальная и пилотная горелка — Краткое руководство для пользователей |
|
|
Lambda transmitter | ||
LT1 — Краткая инструкция пользователя |
|
|
LT3 KS1D — Краткое руководство для пользователей |
|
|
Technical datasheet | ||
---|---|---|
Flame monitoring | ||
F200K / F200K Ex / F200K Ex-II — Технические характеристики |
|
|
Serbian
Endcustomer information | ||
---|---|---|
ETAMATIC | ||
ETAMATIC OEM/ETAMATIC S OEM — Кратко упутство за кориснике |
|
|
Lambda probes | ||
LT2 LS2 — Кратко упутство за Кориснике |
|
|
Lambda transmitter | ||
LT2 LS2 — Кратко упутство за Кориснике |
|
|
Slovak
Endcustomer information | ||
---|---|---|
ETAMATIC | ||
ETAMATIC OEM/ETAMATIC S OEM — Krátky návod pre používateľov |
|
|
ETAMATIC/ETAMATIC S — Stručný návod pre používateľa |
|
|
Flame monitoring | ||
F200K — Stručný návod pre používateľa |
|
|
Lambda probes | ||
LT2 LS2 — Stručný návod pre používateľa |
|
|
Lambda transmitter | ||
LT2 LS2 — Stručný návod pre používateľa |
|
|
Slovenian
Endcustomer information | ||
---|---|---|
CO/O2 control | ||
Vgrajena regulacja CO/O2 — Kratka navodila za uporabnika |
|
|
ETAMATIC | ||
ETAMATIC / ETAMATIC S — Kratka navodila za uporabnika |
|
|
ETAMATIC OEM/ETAMATIC S OEM — Kratka navodila za upravljavca |
|
|
Lambda probes | ||
LT2 LS2 — Kratka navodila za uporabnika |
|
|
Lambda transmitter | ||
LT2 LS2 — Kratka navodila za uporabnika |
|
|
Spanish
Endcustomer information | ||
---|---|---|
CO/O2 control | ||
Referencia rápida para Usuarios finales Control Integrado CO/O2 |
|
|
Combination probes | ||
LT3-F KS1D — Manual rápido para usuarios |
|
|
ETAMATIC | ||
ETAMATIC OEM — Manual rápido para usuarios |
|
|
ETAMATIC/ETAMATIC S — Manual rápido para usuarios |
|
|
Flame monitoring | ||
F300K — Manual rápido para usarios |
|
|
Ignition System | ||
GFI 48 / 70 Quemadores de ignición y piloto — Manual rápido para usuarios |
|
|
Lambda probes | ||
LT2 LS2 — Manual rápido para usuarios |
|
|
Lambda transmitter | ||
LT2 LS2 — Manual rápido para usuarios |
|
|
LT3-F KS1D — Manual rápido para usuarios |
|
|
Brochure | ||
---|---|---|
CO/O2 control | ||
La mejor alternativa a la regulación de O2 en las plantas donde se quema gas |
|
|
Miscellaneous | ||
---|---|---|
CO control | ||
Explicaciones para las entradas de datos requeridos y basándose en estos cálculos de las hojas de Microsoft Excel: Ahorro por Control O2.XLS |
|
|
CO/O2 control | ||
Explicaciones para las entradas de datos requeridos y basándose en estos cálculos de las hojas de Microsoft Excel: Ahorro por Control O2.XLS |
|
|
La mejor alternativa a la regulación de O2 en las plantas donde se quema gas |
|
|
Flame monitoring | ||
Radiación de Llama — Criterio de Selección del Detector de Llama |
|
|
Swedish
Endcustomer information | ||
---|---|---|
CO/O2 control | ||
Snabbanvisning för användare CO/O2-Regelung |
|
|
ETAMATIC | ||
ETAMATIC OEM — Användarmanual |
|
|
ETAMATIC/ETAMATIC S — Användarmanual |
|
|
Flame monitoring | ||
F300K — Användarmanual |
|
|
Lambda probes | ||
LT2 LS2 — Snabbreferensguide |
|
|
LT3 LS2 — Snabbanvisning för användare |
|
|
Lambda transmitter | ||
LT2 LS2 — Snabbreferensguide |
|
|
LT3 LS2 — Snabbanvisning för användare |
|
|
VMS | ||
VMS — Snabbreferensguide |
|
|
Turkish
Endcustomer information | ||
---|---|---|
CO/O2 control | ||
Entegre CO/O2 regülasyonu FMS/VMS — FMS/VMS ETAMATIC/ETAMATIC OEM — İşletime alma Tamamlama |
|
|
ETAMATIC | ||
Entegre CO/O2 regülasyonu FMS/VMS — FMS/VMS ETAMATIC/ETAMATIC OEM — İşletime alma Tamamlama |
|
|
ETAMATIC / ETAMATIC S — Kısa kullanıcı kılavuzu |
|
|
ETAMATIC V/ETAMATIC V S — Kullanım kılavuzu |
|
|
FMS | ||
Entegre CO/O2 regülasyonu FMS/VMS — FMS/VMS ETAMATIC/ETAMATIC OEM — İşletime alma Tamamlama |
|
|
Lambda probes | ||
LT2 LS2 — Kısa kullanıcı kılavuzu |
|
|
Lambda transmitter | ||
LT2 LS2 — Kısa kullanıcı kılavuzu |
|
|
VMS | ||
Entegre CO/O2 regülasyonu FMS/VMS — FMS/VMS ETAMATIC/ETAMATIC OEM — İşletime alma Tamamlama |
|
|
Technical datasheet | ||
---|---|---|
Lambda probes | ||
Taşınabilir Kalibrasyon Ünitesi — Teknik Bilgiler |
|
|
Lambda transmitter | ||
Taşınabilir Kalibrasyon Ünitesi — Teknik Bilgiler |
|
|
Brochure | ||
---|---|---|
CMS Combustion Management System | ||
CMS Yakma Yönetim Sistemi — Sisteme genel bakış |
|
|
CO/O2 control | ||
CO/O2-regülasyonu/ LT3-F — Sisteme Genel Bakış |
|
|
Flame monitoring | ||
Alev İzleme Sistemleri — ÜRÜN KATALOĞU |
|
|
Lambda transmitter | ||
CO/O2-regülasyonu/ LT3-F — Sisteme Genel Bakış |
|
|
LAMTEC | ||
20 yıl LAMTEC |
|
|
Software | ||
---|---|---|
BurnerTronic BT300 | ||
USB-CAN Module Driver Version 5 |
|
|
CMS Combustion Management System | ||
CMS Remote Software Version V1.9.0.0 |
|
|
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Manual ETAMATIC / ETAMATIC S
CE-0085 AU 0207
Sensors and Systems
for Combustion Engineering
[Page 1] Lamtec ETAMATIC Manual ETAMATIC / ETAMATIC S CE-0085 AU 0207 Sensors and Systems for Combustion Engineering |
[Page 2] Lamtec ETAMATIC … |
[Page 3] Lamtec ETAMATIC 2 Table of Contents Table of Contents 1 GENERAL INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7 1.1 Validity of these instructions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . …. |
[Page 4] Lamtec ETAMATIC 3 Table of Contents 5.2.7 Changing Points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34 5.2.8 Saving Changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . … |
[Page 5] Lamtec ETAMATIC 4 Table of Contents 7.2 Brief Description. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52 7.3 Limit Ranges . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . …. |
[Page 6] Lamtec ETAMATIC 5 Table of Contents 9.6 Calling Up the Condition of the Digital Inputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87 9.7 Tips and Tricks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . … |
[Page 7] Lamtec ETAMATIC 6 Table of Contents 9.27 Dimensions and weight . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .128 9.28 Declaration of Conformity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . …. |
[Page 8] Lamtec ETAMATIC 7 1 General Information 1 General Information 1.1 Validity of these instructions These instructions apply to the ETAMATIC and ETAMATIC S in any configuration. This devices conform to the following standards and regulations: EN 230 EN 267 (where a… |
[Page 9] Lamtec ETAMATIC 8 1 General Information 1.2 Variants — Device Configuration The variant number describes the device’s variant. You will find the variant number on the side of the housing. The variant number is based on the following key: Example: ETAMATIC i… |
[Page 10] Lamtec ETAMATIC 9 1 General Information d: O2/ CO control e: Customer f: Connector set g: Output relais fault 21D 2x DPS and 2x continuous output 4…20mA, FB C1 RPM-3L, 300-3600 I/min 31D 2x DPS and 2x continuous output 4…20mA, FB C1 RPM-3L, 300-3600 I/… |
[Page 11] Lamtec ETAMATIC 10 2 Safety 2 Safety 2.1 German Law on Device Safety The legislation on safety of appliances states: Follow the instructions! Proceed only in accordance with this ETAMATIC commissioning supplement (print no DLT2001-11-aEN-184) Use the equipme… |
[Page 12] Lamtec ETAMATIC 11 2 Safety 2.2 For Your Safety In this operating instructions, the following symbols are used as important safety instructions to the user. These symbols appear wherever there is a need for this information in a particular section. It is esse… |
[Page 13] Lamtec ETAMATIC 12 2 Safety 2.3 Associated Automatic Flame Guard The unit is available with and without an integral flame guard. Sensor types FFS 06, FFS 05 and FFS 05UV can be connected to the integral flame guard. When used without integral flame guard, any tes… |
[Page 14] Lamtec ETAMATIC 13 3 Brief Description 3 Brief Description The ETAMATIC regulates up to 4 control elements as a function of a control variable, in ac- cordance with freely programmable curves. The ETAMATIC has 4 three-point step control out- puts. The ETAMATIC S h… |
[Page 15] Lamtec ETAMATIC 14 3 Brief Description 3.1 Display and operational controls Select operating modes: UEAN PARA O 2 1) AUTO SPLO * Select operating parameters Status Firing-rate rating Setpoint Actual value feedback Setpoint feedback… |
[Page 16] Lamtec ETAMATIC 15 4 Operating Description 4 Operating Description (for specimen diagrams, see Appendix 9.8 Process Sequence Charts) A signal is first fed to terminal 58 (Burner On) indicating when the burner is to start. The ETAMATIC then interrogates the boi… |
[Page 17] Lamtec ETAMATIC 16 5 Commissioning 5 Commissioning 5.1 Before Commissioning 5.1.1 Basic Settings First you must configure the device (ETAMATIC) for the requirements of the system. Therefore, you have to set some parameters. The factory standard settings are indicat… |
[Page 18] Lamtec ETAMATIC 17 5 Commissioning 5.1.4 Character of the Output Channels Select parameter 356 — 359 (channel 1 to channel 4). Enter the type of control element which is connected. No FMS ETA Short Text Description Min Max Default 356 2 2 Fkt. K Function defini… |
[Page 19] Lamtec ETAMATIC 18 5 Commissioning Selection, which channel is active Select parameter 366 and 367 (curve set 1 and 2). Controller release with bit pattern. No FMS ETA Short Text Description Min Max Default 366 2 2 K Enb. 1 Channel enable for curve set 1 0 31 1… |
[Page 20] Lamtec ETAMATIC 19 5 Commissioning 5.1.5 Start with or without pilot burner Select parameter no. 774 and 775 (oil operation, gas operation). NOTICE! 2 to 4, 9, 11, 17, 19, 25, 27 The ignition flame input must monitor the ignition flame sep- arately and P 788… |
[Page 21] Lamtec ETAMATIC 20 5 Commissioning NOTICE! 2 to 4, 9, 11, 17, 19, 25, 27 The ignition flame input must monitor the ignition flame sep- arately and P 788 must be set to 1. 9, 11 FMS only 17, 19, 25, 27 FMS with mixed fuel firing only No FM… |
[Page 22] Lamtec ETAMATIC 21 5 Commissioning 5.1.6 Pre-ventilation period Select parameter no. 785 If an output channel is set to flue gas re-circulation, attention must still be given to P 427. 5.1.7 Recirculation Delay Select parameter no. 427 No FMS ETA Short Text Descrip… |
[Page 23] Lamtec ETAMATIC 22 5 Commissioning 5.1.8 Deactivate load control unit Select parameter no.790 (type of burner-firing-rate controller) NOTICE! These parameters (P 356 — P 359, P 366, P 367, P 427, P 774, P 775 P 785, P 790, P 833) must be adjusted to the system be… |
[Page 24] Lamtec ETAMATIC 23 5 Commissioning 5.1.11 Post-ventilation time Select parameter 758 No FMS ETA Short Text Description Min Max Default 729 1 2 stopVERB Minimum running time of compound 10 999 10 Minimum running time of the compound (in seconds) Set the minimum… |
[Page 25] Lamtec ETAMATIC 24 5 Commissioning 5.1.12 Delaytime of the Air Dampers During Pre-ventilation Select parameter no. 768. No FMS ETA Short Text Description Min Max Default 768 1 2 KverznLE Damper delay after fan ON in seconds 0 15 5 Delay time for flaps after switch… |
[Page 26] Lamtec ETAMATIC 25 5 Commissioning 5.1.13 Parameters of the Interface NOTICE! These parameters have to be equal to the settings of the remote control software. Otherwise no communication is possible. 5.1.14 Deactivate leakage test Select parameter no. 772 No FM… |
[Page 27] Lamtec ETAMATIC 26 5 Commissioning 5.1.15 Set pilot burner (maintenance mode) Select parameter no. 787 No FMS ETA Short Text Description Min Max Default 787 1 1 Wartung Maintenance mode (control unit only until stabilization time) 020 0 = maintenance mode on (main… |
[Page 28] Lamtec ETAMATIC 27 5 Commissioning 5.1.16 Automatic Restart after Failure Respect the directives for combustion plants, if you set this parameter. No FMS ETA Short Text Description Min Max Default 836 2 2 AutStart Automatic restart after fault 0 30 0 Delay in seco… |
[Page 29] Lamtec ETAMATIC 28 5 Commissioning 5.1.17 Burner Firing Rate Controller Enter Set Point Values Select parameter 796 and 798 (setpoint value 1 and setpoint value 2). With control by atmospheric condition select additionally parameter 797 and 799. No FMS ETA Shor… |
[Page 30] Lamtec ETAMATIC 29 5 Commissioning Control Range Select parameter no. 802 and 803 No FMS ETA Short Text Description Min Max Default 798 0 0 Soll2min Controller set-point 2 minimum 0 999 70 Firing-rate controller set point 2 minimum (set point 2) in ° C or bar … |
[Page 31] Lamtec ETAMATIC 30 5 Commissioning Setting the Control Thermostat Select parameter no. 804 Controller Parameters Select parameter no. 805 — 808. Outside Temperature Limits Select parameter no. 800 and 801. No FMS ETA Short Text Description Min Max Default 804 0 0 B… |
[Page 32] Lamtec ETAMATIC 31 5 Commissioning Display of the Units of the Burner Firing Rate Controller Values Select parameter no. 809 Display Range in bar Select parameter no. 810 and 811. No FMS ETA Short Text Description Min Max Default 801 0 0 Untergre Load regulator: lo… |
[Page 33] Lamtec ETAMATIC 32 5 Commissioning 5.2 Setting 5.2.1 Setting the Limit Switches of the Motors As soon as the ETAMATIC is supplied with voltage, it attempts to drive the actuator motors to the lower limit of the factory set curve. If the end-bearing’s limit sw… |
[Page 34] Lamtec ETAMATIC 33 5 Commissioning Clear Memory 5.2.3 Programming the Ignition Point 5.2.4 Programming the Base Load Program 3 rd to 10 th point Proceed as described in «Program base load point», but run to each of the load ratings “250″, «… |
[Page 35] Lamtec ETAMATIC 34 5 Commissioning 5.2.5 Programming the 3rd up the 10th Point Proceed as described in «Program base load point», but set each of the load ratings “250″, «300», «400», «500», «600», «700… |
[Page 36] Lamtec ETAMATIC 35 5 Commissioning 5.3 Fault 5.3.1 Reading Faults NOTICE! If you want to read the other display values up to the time of the fault press key 16. All display values are frozen. 5.3.2 Resetting Faults 5.3.3 Recall Fault History The ETAMATIC stores th… |
[Page 37] Lamtec ETAMATIC 36 6 O2-Control 6O 2 -Control 6.1 What happens if a fault occurs in the O 2 regulation In the event of malfunction, the display shows a warning and the O 2 control is deactivated. The specified base value «without control” or the one for &… |
[Page 38] Lamtec ETAMATIC 37 6 O2-Control 6.4 Calling Fault History O 2 -Controller Display: The display hides the O 2 history automatically after 5 sec. O 2 trim faults, which last for more than 30 sec are stored. They are only stored in the EEPROM once the fault is clea… |
[Page 39] Lamtec ETAMATIC 38 6 O2-Control 6.7 Automatic Function Monitoring During Operation 6.7.1 Test During Burner Start The actual O 2 value is checked to ensure that during pre-ventilation it corresponds to the air value (equal to or greater than 18 vol.% O 2 and les… |
[Page 40] Lamtec ETAMATIC 39 6 O2-Control 6.7.3 O 2 Boundary Curve You can set the monitoring bands’ parameters for 2 fuels, oil/gas, as a function of fuel. The permitted deviation is calculated as a percentage of the setpoint. You can specify two separate percentage va… |
[Page 41] Lamtec ETAMATIC 40 6 O2-Control 6.8 Control Strategy These trim strategies have been developed and optimised especially for the conditions obtain- ing in combustion installations: – Frequent changes in the burner-firing rate – Long lag times. During burner star… |
[Page 42] Lamtec ETAMATIC 41 6 O2-Control 6.9 Connecting the O 2 Measurement Device Fig. 6-1 Connection to the O 2 measuring device via LAMTEC SYSTEM BUS Connecting diagram see appendix. The LAMTEC SYSTEM BUS transmits the foolowing signals to the ETAMATIC: • probe curre… |
[Page 43] Lamtec ETAMATIC 42 6 O2-Control 6.10 Operation and Display of the O 2 -Controller When you have switched to «Status», the display shows the O 2 actual value and setpoint val- ue. The display shows the values in brackets, if O 2 trim is deactivated. NOTI… |
[Page 44] Lamtec ETAMATIC 43 6 O2-Control 6.10.2 Calling up O 2 Controller Text Messages Switch display to O 2 trim 6.11 Commissioning 6.11.1 Setting the Correction Range and the Correction Mode The correction value (control signal) transmitted to the electronic compound i… |
[Page 45] Lamtec ETAMATIC 44 6 O2-Control Fig. 6-2 Correction to the setpoint NOTICE! When switching on any O 2 correction you must ensure, that the combustion boundary values are maintained even with the maximum possible correction (100%). For details see chapter 6.11.6 … |
[Page 46] Lamtec ETAMATIC 45 6 O2-Control 6.11.5 Calling up the Set Correction Mode Take the correction into account during later programming. The correction actuator must be able to operate without the ETAMATIC reaching the end-stop (0 or 999 or limit stop values). If the … |
[Page 47] Lamtec ETAMATIC 46 6 O2-Control 6.11.7 O 2 curve input Enter password (see chapter 5.1.2 Password Entry). NOTICE! O 2 set-points can only be saved to the programmed load points. If load points are skipped, a linear interpolation is applied in between. Changing O… |
[Page 48] Lamtec ETAMATIC 47 6 O2-Control Key 7 more O 2 Key 6 less O 2 You should choose the setting of parameters 898 and 899 in that way, that the next setpoint value / actual value comparison (control pulse) only takes place if the actual O 2 … |
[Page 49] Lamtec ETAMATIC 48 6 O2-Control NOTICE! The neutral value is obtained from the selected correction mode: +50%/-50% neutral value 500 = 50% correction mode +60%/-40% neutral value 600 = 60% The following approximate overall picture results … |
[Page 50] Lamtec ETAMATIC 49 6 O2-Control No FMS ETA Short Text Description Min Max Default 900 0 0 O2 TZ — Dead time reduction for O 2 controlled system at full load 0 5 3 Reduces dead time at the burner’s high firing-rate. With this parameter, you can adjust the dead t… |
[Page 51] Lamtec ETAMATIC 50 6 O2-Control 6.12 Calling up Running Time Meter The total of running times for curve set 1and curve set 2 do not necessarily add up to the dis- played total running time. NOTICE! The total counter refers to the ETAMATIC ‘s running time. It s… |
[Page 52] Lamtec ETAMATIC 51 6 O2-Control 6.14 Re-enter Range Limits If you change the limit switches after the programming, you must determine the range limits again. Enter password (see chapter 5.1.2 Password Entry). Since no point has been entered, the old curve is re-ac… |
[Page 53] Lamtec ETAMATIC 52 7 Internal Burner Firing-rate Controller 7 Internal Burner Firing-rate Controller 7.1 Purpose The internal power control unit allows the inserted burner firing-rate position to be continually determined for a specified set-point value (e.g. as … |
[Page 54] Lamtec ETAMATIC 53 7 Internal Burner Firing-rate Controller WARNING! If you change the setpoint, regard that also the on and off switchpoints are shifted, because they are defined as a difference value to the setpoint 7.6 Input Signals The analogue inputs can be … |
[Page 55] Lamtec ETAMATIC 54 7 Internal Burner Firing-rate Controller 7.9 Control by Atmospheric Condition If the burner firing-rate controller is configured as «controlled by atmospheric conditions» the setpoint value can be shifted between the parameterised set… |
[Page 56] Lamtec ETAMATIC 55 7 Internal Burner Firing-rate Controller 7.11 Start-up Sequence The firing-rate controller has a startup circuit, in order to slow down the burner’s start firing- rate. The startup circuit is run during each new burner start. The internal f… |
[Page 57] Lamtec ETAMATIC 56 7 Internal Burner Firing-rate Controller Fig. 7-2 Startup sequence 7.12 Thermostat and Control Range The thermostat function switches the burner on and off on the basis of the temperature and/ or pressure value, but only when burner is released … |
[Page 58] Lamtec ETAMATIC 57 7 Internal Burner Firing-rate Controller NOTICE! This function can replace the control thermostat, which is required on the plant. It does not replace a safety thermostat. No FMS ETA Short Text Description Min Max Default 802 0 0 EinschPt Burner… |
[Page 59] Lamtec ETAMATIC 58 7 Internal Burner Firing-rate Controller 7.13 Manual Control You also may switch the ETAMATIC to «Manual Control» with the terminals. By short-circuiting the PT 100 signal (e.g. switch on terminal 19 and 20) the load control unit is s… |
[Page 60] Lamtec ETAMATIC 59 7 Internal Burner Firing-rate Controller 7.16 Control Range The control range lies around the setpoint. The content of the «Burner on» parameter is sub- tracted from the setpoint value to form the switch-on value. The value of the &quo… |
[Page 61] Lamtec ETAMATIC 60 8 Control Mode 8 Control Mode The firing-rate controller endeavours to bring the actual value into line with the setpoint value. In so doing, a direct correlation is assumed between the internal firing-rate and the boiler tem- perature, i.e. th… |
[Page 62] Lamtec ETAMATIC 61 8 Control Mode 8.1 Aides for Setting Fig. 8-1 controller operation with P-term too high Fig. 8-2 controller operation with I-term too high Characteristic Control Process Control Mode Start-up Procedure P term higher decrease of attenuation st… |
[Page 63] Lamtec ETAMATIC 62 8 Control Mode Fig. 8-3 controller operation with D-term too high Characteristic Control Process Control Mode Start-up Procedure D term higher decrease of atten- uation stronger reaction slower start-up, earlier decrease of power D term smalle… |
[Page 64] Lamtec ETAMATIC 63 8 Control Mode 8.2 Leakage test The leakage test checks whether the main gas valves are leak-tight. The supply gas pressure is used for this purpose. Since the leakage test line (space between the two main valves) burns empty in the event of a … |
[Page 65] Lamtec ETAMATIC 64 8 Control Mode 8.2.1 Leakage test flow chart Fig. 8-4 Flow chart leakage test |
[Page 66] Lamtec ETAMATIC 65 8 Control Mode 8.2.2 Calculation example An (approximate) formula for calculating the leakage test monitoring facility is summarised be- low: That is, for a maximum gas flow rate of 50 m3/h the formula is: Insert the numerical value in mbar for … |
[Page 67] Lamtec ETAMATIC 66 8 Control Mode 8.2.3 Standby Standby mode In this mode the ETAMATIC enables a switchback to ignition burner mode. The burner re- starts without pre-ventilation. You can activate „standby mode“, if the internal firing-rate controller is activ… |
[Page 68] Lamtec ETAMATIC 67 8 Control Mode Specification of the burner sequencer function «Standby Mode» Fig. 8-6 Sequence at oil operation The sequencer is now in stand-by mode with active ignition flame. Ignition position acknowl- edgement must apply all the tim… |
[Page 69] Lamtec ETAMATIC 68 8 Control Mode Switching in standby via LSB module Fig. 8-7 Switching in Standby mode via LSB module |
[Page 70] Lamtec ETAMATIC 69 9 Appendix 9 Appendix 9.1 Mode Abbreviations Used Display is set to actual value / status Short text Description BE → «Ready» (signal on terminal 58) ZÜ → «Ignition position» or ignition EZ → «Setting/Ignition posi… |
[Page 71] Lamtec ETAMATIC 70 9 Appendix 9.2 Flame Monitoring 9.2.1 Integral flame monitoring (option) Purpose The integral flame monitoring system is primarily used for standard applications (e.g. oil or gas flames at a burner in a combustion chamber) because of it’s limi… |
[Page 72] Lamtec ETAMATIC 71 9 Appendix Setting of the sensitivity of the flame scanner FFS 06 and FFS 05 (IR,UV) Adjust sensitivity with switch S1 and S2. You will find the switches after opening the scanner’s housing. WARNING! Do not open FFS 06 UV! Fig. 9-1 FFS 05 Adju… |
[Page 73] Lamtec ETAMATIC 72 9 Appendix 9.2.3 Optical flame sensors Switching to Display the Flame Intensity FFS 05, FFS 05 UV, FFS 06, FFS 06 UV (with following sub-types; FFS05, FFS05 UV de- signed for ex-zone 1 or ex-zone 2 as well) The sensor’s circuit components ar… |
[Page 74] Lamtec ETAMATIC 73 9 Appendix nal) or temporary extraneous light may occur. In this cases the following may help beside the fault clearance of the protected earth. – a disconnection of the flame sensor shielding from the protective earth terminal at the ETAMATI… |
[Page 75] Lamtec ETAMATIC 74 9 Appendix 9.4 Error Codes A * means, that a reset is valid in this error. A blinking error LED signalises, that the system will be restarted within a short time. A ** means, the system tries to restart without a limit. Fault Code: TRD P4… |
[Page 76] Lamtec ETAMATIC 75 9 Appendix Fault Code: TRD P425=0 P836>1 EN676 P425=2 P836>1 Description 21.1.11 S143 0 0 Potentiometer faulty, feedback changing too quickly: channel 3 S144 0 0 Potentiometer faulty, feedback changing too quickly: channel 4 S145 0 … |
[Page 77] Lamtec ETAMATIC 76 9 Appendix Fault Code: TRD P425=0 P836>1 EN676 P425=2 P836>1 Description 21.1.11 S232 >88 3 Compound blocked: channel 2 S233 >88 3 Compound blocked: channel 3 S234 >88 3 Compound blocked: channel 4 S235 >88 3 Compound bl… |
[Page 78] Lamtec ETAMATIC 77 9 Appendix Fault Code: TRD P425=0 P836>1 EN676 P425=2 P836>1 Description 21.1.11 S506 0 0 Internal comparison: relay out terminal 36 (ETAMATIC K202) not picking up. S507 0 0 Internal comparison: relay out terminal 41 not picking up…. |
[Page 79] Lamtec ETAMATIC 78 9 Appendix Fault Code: TRD P425=0 P836>1 EN676 P425=2 P836>1 Description 21.1.11 S611 >88 3 Gas pressure too low S612 1 0 Gas pressure too high. S613 0 0 Air pressure signal missing. S614 1 1 F.A. safety interl. chain gets OFF S6… |
[Page 80] Lamtec ETAMATIC 79 9 Appendix Fault Code: TRD P425=0 P836>1 EN676 P425=2 P836>1 Description 21.1.11 S734 0 0 Pre-ventilating time not complied with S735 0 0 Fuel safety chain missing S736 0 0 Leak check: both gas valves open S737 0 0 Leak check: main … |
[Page 81] Lamtec ETAMATIC 80 9 Appendix Fault Code: TRD P425=0 P836>1 EN676 P425=2 P836>1 Description 21.1.11 S912 1 1 Error in reference, channel: 2 S913 1 1 Error in reference, channel: 3 S914 1 1 Error in reference, channel: 4 S915 1 1 Error in reference, ch… |
[Page 82] Lamtec ETAMATIC 81 9 Appendix 9.5 Aides A13 Fault 105 During the check of the redundant curves an error was identified. If data were provided via PC interface: Enter curve data again for the corresponding curve set if this is not possible: select appropri… |
[Page 83] Lamtec ETAMATIC 82 9 Appendix in the case of fault 904, 911 915, in particular, check the corresponding reference, In the un- loaded condition (terminal open) it is 2.4 V. With potentiometer connected somewhat lower, depending on the resistance of the potentiomete… |
[Page 84] Lamtec ETAMATIC 83 9 Appendix B4 Fault 171…175, 181…185 Although the control element is in the monitoring band it does not reach the dead band. Increase pulse length for the channel (P 730 to P 734) or limit switch is too close to the p… |
[Page 85] Lamtec ETAMATIC 84 9 Appendix E13 Fault 141…145 Only with three-point step control output. The feedback values vary more rapidly than the maximum specified in the parameter section Check potentiometers for short-circuits otherwise Change potentiometers E14 Te… |
[Page 86] Lamtec ETAMATIC 85 9 Appendix H1 Fault 600 The control unit has locked up Call-up running text and follow it’s instructions Check wiring and extend signal transmitters e.g. – safety interlock chain boiler – safety interlock chain gas – air pressure mo… |
[Page 87] Lamtec ETAMATIC 86 9 Appendix I2 Fault 602 The pressure in the leakage test line doesn’t build up or the pressure is not maintained for long enough. Main gas valve 2 (burner side) leaking – check valve Main gas valve 1 (gas line side) does not open (or vent… |
[Page 88] Lamtec ETAMATIC 87 9 Appendix 9.6 Calling Up the Condition of the Digital Inputs Significance of ETAMATIC digital input display press keys 16 and 17 to switch to the digital inputs = signal is active ¾ = signal is inactive * = only with ETAMATIC without front … |
[Page 89] Lamtec ETAMATIC 88 9 Appendix 9.7 Tips and Tricks Oil pressure does not build up in time. Extending the transformer pre-energise time (P 782) starts the pump sooner. 9.7.1 Set pilot burner Setting the «Service mode» parameter (P 787) causes the ETAMAT… |
[Page 90] Lamtec ETAMATIC 89 9 Appendix 9.8 Process Sequence Charts Fig. 9-3 Process sequence chart: gas with pilot burner |
[Page 91] Lamtec ETAMATIC 90 9 Appendix Fig. 9-4 Process sequence chart oil with pilot burner |
[Page 92] Lamtec ETAMATIC 91 9 Appendix Fig. 9-5 Process sequence chart: gas without pilot burner |
[Page 93] Lamtec ETAMATIC 92 9 Appendix Fig. 9-6 Process sequence chart: oil without pilot burner |
[Page 94] Lamtec ETAMATIC 93 9 Appendix Key to process sequence charts Any condition t1 Wait for gas safety interlock circuit air pressure moni- tor min. scan any t2 Time for pressure build-up in the gas test line (only with leakage test activated) 2 sec. t3 Servo drive run… |
[Page 95] Lamtec ETAMATIC 94 9 Appendix Footnote to the process sequence chart ETAMATIC (1) Flame intensity to adjust the flame sensor (not connected during operation) (2) Sensor cable shielded separately (3) Alternatively you may connect the ground to terminal 44 instead of… |
[Page 96] Lamtec ETAMATIC 95 9 Appendix WARNING! P 762 = 0 terminal 46 has no function (ETAMATIC OEM and Burner Control FA1! P 17 = 3 (FA1 special) terminal 46 is set to «ignition position acknowledgement! «Oil pressure > min» / «atomiser … |
[Page 97] Lamtec ETAMATIC 96 9 Appendix No FMS ETA Short Text Description Min Max Default 765 3 4 Irr. Öl Irrelevance time of safety interlock chain oil when ignit- ing on fuel oil in seconds 0100 Irrelevance time while igniting (longer tolerance) for safety interlock chai… |
[Page 98] Lamtec ETAMATIC 97 9 Appendix 9.9 Connection Diagrams Fig. 9-7 ETAMATIC wiring diagram with ignition flame monitoring |
[Page 99] Lamtec ETAMATIC 98 9 Appendix Fig. 9-8 ETAMATIC S wiring diagram with ignition flame monitoring |
[Page 100] Lamtec ETAMATIC 99 9 Appendix 9.10 Connection Examples Regular Firing Rate Input Connection examples load default Where current is used as firing-rate default signal instead of a potentiometer: f.ex. active steam pressure regulator * Where a three-point step si… |