Unigas HP60 Manual Of Installation - Use - Maintenance
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Unigas HP60 Manual Of Installation - Use - Maintenance

Gas / light oil dual fuel burners progressive - fully modulating
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HP60 - HP65 - HP72
Gas / light oil dual fuel burners
Progressive - Fully modulating
MANUAL OF INSTALLATION - USE - MAINTENANCE
BURNERS - BRUCIATORI - BRULERS - BRENNER - QUEMADORES - ГОРЕЛКИ
M039425CA Rel. 0.3 06/2023

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  • Page 1 HP60 - HP65 - HP72 Gas / light oil dual fuel burners Progressive - Fully modulating MANUAL OF INSTALLATION - USE - MAINTENANCE BURNERS - BRUCIATORI - BRULERS - BRENNER - QUEMADORES - ГОРЕЛКИ M039425CA Rel. 0.3 06/2023...

  • Page 2: Risk Analysis

    DANGERS, WARNINGS AND NOTES OF CAUTION - Faults in the fuel supply system; - Use of the burner even after an error and/or fault has occurred; - Repairs and/or overhauls incorrectly carried out; This manual is supplied as an integral and essential part of - Modification of the combustion chamber with inserts that prevent the the product and must be delivered to the user.
  • Page 3 GENERAL INSTRUCTIONS DEPENDING ON FUEL USED those parts likely to constitute sources of danger shall be made harm- less. ELECTRICAL CONNECTION In case the equipment is to be sold or transferred to another user, or in  For safety reasons the unit must be efficiently earthed and installed as ...

  • Page 4: Symbols Used

    BURER DATA PLATE .Do not touch any mechanical moving parts with your hands Consump or any other part of your body. Injury hazard Do not touch any parts containing fuel (i.e. tank and pipes). Type For the following information, please refer to Scalding hazard Model the data plate:...
  • Page 5 PART I: SPECIFICATIONS PART I: SPECIFICATIONS BURNERS FEATURES This series represents monobloc gas burners made in die-cast aluminium housing, that can burn either gas or light oil, thanks to the adjustable combustion head which allows a good performance with both fuels. They can be provided in progressive or fully-modulating version.

  • Page 6: Burner Model Identification

    Burners are identified by burner type and model. Burner model identification is described as follows. Type HP60 Model MD. S. BURNER TYPE HP60, HP65, HP72 FUEL M - Natural gas G - Light oil L - LPG B - Biogas...

  • Page 7: Technical Specifications

    PART I: SPECIFICATIONS Technical Specifications BURNER TYPE HP60 MG...0.32 HP60 MG...0.40 HP60 MG...0.50 HP60 MG...0.65 170 - 880 Output min. - max. kW Nat. gas - Light oil Fuel see next paragraph Gas category - Natural gas min. - max. (Stm...
  • Page 8 PART I: SPECIFICATIONS BURNER TYPE HP72 MG..0.40 HP72 MG..0.50 HP72 MG...0.65 HP72 MG...0.80 330 - 1200 Output min. - max. kW Nat. gas - Light oil Fuel see next paragraph Gas category - Natural gas min.- max. (Stm 35 - 127 Gas rate- Natural gas min.
  • Page 9 PART I: SPECIFICATIONS BURNER TYPE HP60 LG...0.32 HP60 LG...0.40 HP60 LG...0.50 HP60 LG...0.65 170 - 880 Output min. - max. kW LPG - Light oil Fuel Gas category - LPG 3B/P 6.3 - 33 Gas rate- LPG min. - max. (Stm min.
  • Page 10 PART I: SPECIFICATIONS BURNER TYPE HP72 LG...0.40 HP72 LG...0.50 HP72 LG...0.65 HP72 LG...0.80 330 - 1200 Output min. - max. kW LPG - Light oil Fuel Gas category - LPG 3B/P 12 - 45 Gas rate- LPG min.- max. (Stm min.

  • Page 11: Performance Curves

    PART I: SPECIFICATIONS Performance Curves HP60 HP65 HP72 ...0.xx HP72 ..1.xx Pressure in the Network / gas flow rate curves (natural gas) HP60 HP65 HP72 ...0.xx HP72 ...1.xx ATTENTION: the gas rate value is quoted on the x-axis, the related network pressure is quoted on the y-axis (pressure value in the combustion chamber is not included).
  • Page 12 During the first ignition, the combustion head is set in order to find a compromise between the burner output and the generator specifications, that is why the minimum output may be different from the Performance curve minimum Gas pressure burner head vs natural gas flow rate Curves are referred to pressure = 0 mbar in the combustion chamber! HP60 HP65 HP72...
  • Page 13 Overall dimensions (mm) O min. O max. Boiler recommended drilling template...
  • Page 14 O - min O - max 1119 HP60 MG..0.32 1153 362 1044 500 HP60 MG..0.40 1153 HP60 MG.. 0.50 1153 362 1115 685 HP60 MG.. 0.65 1119 HP60 LG..0.32 1153 362 1044 500 HP60 LG..0.40 1153 HP60 LG.. 0.50 1153 362 1115 685 HP60 LG..
  • Page 15 Fig. 2 - 3I2MG-09 v1 Hydraulic diagram ON BOARD ITEMS SUPPLIED LOOSE ITEMS LEGEND OIL TRAIN Filter Flexible hose Pump and pressure governor oil inlet Electrical motor Flexible hose oil outlet Solenoid valve Solenoid valve Flexible hose Oil distributor Flexible hose Pressure gauge Pressure governor Pressure switch...
  • Page 16 PART I: SPECIFICATIONS GAS TRAIN CONNECTION ATTENTION: Before executing the connections to the gas pipe network, be sure that the manual cutoff valves are closed. The following diagrams show some examples of possible gas trains with the components supplied with the burner and those fitted by the installer.
  • Page 17 PART I: SPECIFICATIONS How to read the burner “Performance curve” To check if the burner is suitable for the boiler to which it must be install- Campo di lavoro bruciatori led, the following parameters are needed: Tipo P60 Mod. M-xx.x.IT.A.0.50 - M-.xx.x.IT.A.0.65 furnace input, in kW or kcal/h (kW = kcal/h/860);...
  • Page 18 PART II: INSTALLATION PART II: INSTALLATION MOUNTING AND CONNECTING THE BURNER Transport and storage If the product must be stored, avoid humid and corrosive places. Observe the temperatures stated in the burner data table at the begin- ning of this manual. The packages containing the burners must be locked inside the means of transport in such a way as to guarantee the absence of dangerous movements and avoid any possible damage.
  • Page 19 PART II: INSTALLATION Matching the burner to the boiler The burners described in this manual have been tested with combustion chambers that comply with EN676 regulation and whose dimensions are described in the diagram . In case the burner must be coupled with boilers with a combustion chamber smaller in diameter or shorter than those described in the diagram, please contact the supplier, to verify that a correct matching is possible, with respect of the application involved.
  • Page 20 PART II: INSTALLATION GAS TRAIN CONNECTIONS WARNING: before executing the connections to the gas pipe network, be sure that the manual cutoff valves are closed. ATTENTION: it is recommended to mount filter and gas valves to avoid that extraneous material drops inside the valves, during maintenance and cleaning operation of the filters (both the filters outside the valves group and the ones built-in the gas valves).

  • Page 21: Mounting Positions

    PART II: INSTALLATION MultiBloc MB-DLE - Assembling the gas train Mounting Mount flange onto tube lines: use appropriate sealing agent Insert MB-DLE: note position of O rings Remove MultiBloc between the threaded flanges After installation, perform leakage and functional test Disassembly in reverse order MB-DLE 405..
  • Page 22 PART II: INSTALLATION DUNGS MBE Components and position of pressure switches PGMIN minimum gas pressure switch VD-V VD-R PGMIN minimum gas pressure switch (alternative VD-V VD-R to 1) PGCP leakage control gas pressure switch PGMAX maximum gas pressure switch Actuator with integrated pressure stabiliser On-Off actuator Valve body (Threaded) Valve body (Flange)
  • Page 23 PART II: INSTALLATION Siemens VGD20.. e VGD40.. Components and position of pressure switches PGMIN minimum gas pressure switch SKP25 SKP25 PGMIN minimum gas pressure switch (alternative SKP15 SKP15 to 1) PGCP leakage control gas pressure switch PGMAX maximum gas pressure switch Actuator with integrated pressure stabiliser On-Off actuator Valve body (Threaded)
  • Page 24 PART II: INSTALLATION Siemens VGD Pressure taps Strainer (G 1/4") (G 1/8") (G 1/4") (G 1/8") (G 1/4") (G 3/4") (G 1/8") Legend pi Inlet pressure pm Pressure between valves po Outlet pressure...

  • Page 25: Gravity Circuit

    PART II: INSTALLATION OIL TRAIN CONNECTIONS OIL TRAIN CONNECTIONS Hydraulic diagrams for light oil supplying circuits GRAVITY CIRCUIT RING CIRCUIT 1 Manual valve 2 Light oil filter 3 Light oil feeding pump 4 One way valve 5 Flexible hoses 6 Relief valve SUCTION CIRCUIT NOTE: in plants where gravity or ring feed systems are provided, install an automatic interception device.
  • Page 26 PART II: INSTALLATION Depending on the installed pump, it is possible to design the plant for single or double pipe feeding line Single-pipe system: a single pipe drives the oil from the tank to the pump’s inlet. Then, from the pump, the pressurised oil is driven to the nozzle: a part comes out from the nozzle while the othe part goes back to the pump.
  • Page 27 PART II: INSTALLATION About the use of fuel pumps Do not use fuel with additives to avoid the possible formation over time of compounds which may deposit between the gear teeth,  thus obstructing them. After filling the tank, wait before starting the burner. This will give any suspended impurities time to deposit on the bottom of the ...

  • Page 28: Electrical Connections

    PART II: INSTALLATION ELECTRICAL CONNECTIONS WARNING! Respect the basic safety rules. make sure of the connection to the earthing system. do not reverse the phase and neutral connections. fit a differential thermal magnet switch adequate for connection to the mains. WARNING! before executing the electrical connections, pay attention to turn the plant’s switch to OFF and be sure that the burner’s main switch is in 0 position (OFF) too.
  • Page 29 PART III: OPERATION PART III: OPERATION DANGER! Incorrect motor rotation can seriously damage property and injure people. DANGER: During commissioning operations, do not let the burner operate with insufficient air flow (danger of formation of carbon monoxide); if this should happen, make the gas decrease slowly until the normal combustion values are achieved. WARNING: before starting the burner up, be sure that the manual cutoff valves are open and check that the pressure upstream the gas train complies the value quoted on paragraph “Technical specifications”.
  • Page 30 PART III: OPERATION Fully modulating / Progressive Burners Fig. 3 - Burner control panel Keys Main switch (0=Off, 1=GAS, 2=OIL) Reset pushbutton for control box CMF switch (0=stop, 1=low flame, 2=high flame, 3=automatic) - fully modulating burners only Gas proving system reset pushbutton (only for burners with Siemens LDU11 provided) Lock-out LED Hi-flame operation LED Lo-flame operation LED...

  • Page 31: Fuel Selection

    PART III: OPERATION Fuel selection: In order to start the burner with gas or light oil, the operator must commute the selector on the burner control panel on (1) = gas, or  (2) = light oil. If the selector is set on (1) the gas cock must be open, while the light oil cock must be closed. Viceversa if the selector is set on (2). CAUTION: if the fuel chosen is oil, be sure the cutoff valves on the feed and return pipes are open.
  • Page 32 PART III: OPERATION AIR FLOW AND FUEL ADJUSTMENT WARNING! During commissioning operations, do not let the burner operate with insufficient air flow (danger of formation of carbon monoxide); if this should happen, make the fuel decrease slowly until the normal combustion values are achieved.

  • Page 33: Adjustments For Gas Operation

    PART III: OPERATION ADJUSTMENTS FOR GAS OPERATION Adjustments - brief description Adjust the air and gas flow rates at the maximum output (“high flame”) first, by means of the air damper and the valves group  pressure stabiliser respectively. Check that the combustion parameters are in the suggested limits. ...
  • Page 34 PART III: OPERATION T(VR) Increasing pressure Decreasing pressure Min. Dungs Multibloc MB-DLE Siemens VGD.. Drive the burner to high flame stage (please refer to the LMVx documentation attached to this manual). 10 To adjust the air flow rate in the high flame stage, loose the RA nut and screw VRA as to get the desired air flow rate: moving the rod TR towards the air damper shaft, the air damper opens and consequently the air flow rate increases, moving it far from the shaft the air damper closes and the air flow rate decreases.
  • Page 35 PART III: OPERATION 19 Move again the gas low flame microswitch towards the minimum to meet the next screw on the adjusting cam and repeat the pre- vious step; go on this way as to reach the desired low flame point. 20 Now adjust the pressure switches.
  • Page 36 PART III: OPERATION Calibration the maximum gas pressure switch (when provided) To calibrate the maximum pressure switch, proceed as follows according to its mounting position: remove the pressure switch plastic cover;  if the maximum pressure switch is mounted upstreaam the gas valves: measure the gas pressure in the network, when flame is off; ...
  • Page 37 PART III: OPERATION Center head holes gas flow regulation for C120A burner with LPG To adjust the gas flow, partially close the holes, as follows: loosen the three V screws that fix the adjusting plate D; insert a screwdriver on the adjusting plate notches and let it move CW/CCW as to open/close the holes; once the adjustmet is performed, fasten the V screws.
  • Page 38 PART III: OPERATION ADJUSTMENT PROCEDURE FOR LIGHT OIL OPERATION The oil flow rate can be adjusted choosing a nozzle that suits the boiler/utilisation output and setting the delivery and return pressure values according to the ones quoted on the following charts. NOZZLE HIGH FLAME LOW FLAME...
  • Page 39 PART III: OPERATION FLUIDICS KW3...45° NOZZLE SUPPLY PRESSURE = 20 bar. VISCOSITY AT NOZZLE = 5 cSt The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar) The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar) The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar)
  • Page 40 PART III: OPERATION FLUIDICS KW3...45° NOZZLE SUPPLY PRESSURE = 20 bar. VISCOSITY AT NOZZLE = 5 cSt The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar) The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar) The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar)
  • Page 41 PART III: OPERATION FLUIDICS KW3...45° NOZZLE SUPPLY PRESSURE = 20 bar. VISCOSITY AT NOZZLE = 5 cSt The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar) The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar) The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar)
  • Page 42 PART III: OPERATION FLUIDICS KW3...60° NOZZLE SUPPLY PRESSURE = 20 bar. VISCOSITY AT NOZZLE = 5 cSt The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar)
  • Page 43 PART III: OPERATION FLUIDICS KW3...60° NOZZLE SUPPLY PRESSURE = 20 bar. VISCOSITY AT NOZZLE = 5 cS The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar) The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar)
  • Page 44 PART III: OPERATION FLUIDICS KW3...60° NOZZLE SUPPLY PRESSURE = 20 bar. VISCOSITY AT NOZZLE = 5 cSt The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar) The nominal size of the nozzle is indicated at the ends of the curve Pressure on return (bar) The nominal size of the nozzle is indicated at the ends of the...
  • Page 45 PART III: OPERATION Progressive burners Once the air and gas flow rates are adjusted, turn the burner off, switch to the oil operation (OIL, on the burner control panel). with the electrical panel open, prime the oil pump acting directly on the related CP contactor (see next picture): check the pump motor rotation and keep pressing for some seconds until the oil circuit is charged;...
  • Page 46 PART III: OPERATION Fully-modulating burners .To adjust the fully-modulating burners, use the CMF switch on the burner control panel (see next picture), instead of the TAB thermo- stat as described on the previous paragraphs about the progressive burners. Go on adjusting the burner as described before, paying attention to use the CMF switch intead of TAB.
  • Page 47 PART IV: MAINTENANCE PART IV: MAINTENANCE At least once a year carry out the maintenance operations listed below. In the case of seasonal servicing, it is recommended to carry out the maintenance at the end of each heating season; in the case of continuous operation the maintenance is carried out every 6 months.
  • Page 48 PART IV: MAINTENANCE Per pulire o sostituire il filtro gas procedere nel modo seguente: MB-DLE MB-DLE 415 - 420 B01 405..412 0 Filter cover 0 CoperFKLR GHO ¿OWro 1, 3,4 , 6 Screw plug G 1/8 1,3,4,6 TDSSR D YLWH *  2 Meter connection 2 AWWDFFR PLVXrDWRre 5 Screw plug M14...
  • Page 49 PART IV: MAINTENANCE MultiBloc VD-V VD-R Mounting to push position 1. Position VD on VB, fig. 2+3. 2. Slide VD forward up to the stop, fig. 4. 3. Screw VD on with 2 M5 screws for each, max. 5 Nm/44 in.-lb., fig. 5/6. 4.
  • Page 50 PART IV: MAINTENANCE Thecnical procedure of self cleaning filters substitution (valid for all models) 1 Close the bowl valve before the self cleaning filter 2 Switch off any electrical equipment on board on the filter (example motorization or heaters) WARNING! Drain the system by unscrewing the drain screw on the bottom of the self cleaning filter 3 Disconnect the outlet pipe from the cover of the self cleaning filter 4 Remove the cover with all the filter pack, leaving only the bowl on the line 5 Clean any residue on the bottom of the bowl and clean the seat of the O-ring seal...
  • Page 51 ATTENTION: avoid the ignition and detection electrodes to contact metallic parts (blast tube, head, etc.), other- wise the boiler’s operation would be compromised. Check the electrodes position after any intervention on the combustion head. Adjust the electrodes position, according to the quotes shown othe next picture. HP60 LG.. 10÷ HP65 LG.. 3÷4 3÷4...
  • Page 52 ATTENTION: avoid the ignition and detection electrodes to contact metallic parts (blast tube, head, etc.), other- wise the boiler’s operation would be compromised. Check the electrodes position after any intervention on the combustion head. Adjust the electrodes position, according to the quotes shown othe next picture. HP60 MG.. - HP65 MG.. 3÷4 3÷4 HP72 MG..

  • Page 53: Seasonal Stop

    PART IV: MAINTENANCE Checking the detection current To check the detection signal follow the scheme in the picture below. If the signal is less than the value indicated, check the position of the detection electrode or detector, the electrical contacts and, if necessary, replace the electrode or the detector. Control box Minimum detection signal 70µA (with UV detector)
  • Page 54 PART IV: MAINTENANCE TROUBLESHOOTING GUIDE Gas operation * No electric power supply * Restore power supply * Main switch open * Close switch * Thermostats open * Check set points and thermostat connections * Bad thermostat set point or broken thermostat * Reset or replace the thermostat * No gas pressure * Restore gas pressure...
  • Page 55 PART IV: MAINTENANCE TROUBLESHOOTNG GUIDE Light oil operation * No electric power supply * Wait for electric power supply is back * Main switch open * Close the switch * Thermostats open * Check set points and thermostat connections * Bad thermostat set point or broken thermostat * Set or replace the thermostat * No gas pressure * Restore gas pressure...
  • Page 56 BURNER EXPLODED VIEW DESCRIPTION DESCRIPTION ITEM ITEM FRONT CONTROL PANEL PRESSURE PLUG LIGHT ELBOW LIGHT THROTTLE SHAFT LOCK-OUT RESET BUTTON BUTTERFLY GAS VALVE PROTECTION PHOTOCELL SWITCH STANDARD BLAST TUBE BOARD AIR PRESSURE SWITCH COVER SCREW IGNITION ELECTRODE NOZZLE LEVERAGE IGNITION CABLE NOZZLE HOLDER JOINT GAS MANIFOLD...
  • Page 60 C.I.B. UNIGAS S.p.A. Via L.Galvani, 9 - 35011 Campodarsego (PD) - ITALY Tel. +39 049 9200944 - Fax +39 049 9200945/9201269 web site: www.cibunigas.it - e-mail: cibunigas@cibunigas.it Note: specifications and data subject to change. Errors and omissions excepted.
  • Page 61 RWF50.2x & RWF50.3x User manual M12922CB Rel.1.0 07/2012...

  • Page 62: Device Installation

    DEVICE INSTALLATION Install the device using the relevant tools as shown in the figure. To wire the device and sensors, follow the instructions on the burner wiring diagram.

  • Page 63: Front Panel

    FRONT PANEL NAVIGATION MENU Parameter level Basic display User Level - Opr SP1 or SP2 (editable) dSP readable and editable through bin1 = 2 InP1 or y (only display) Parameter Level - PArA HYS1 , HYS2 , HYS3 Pb1, dt, rt, db, tt Next parameter Main navigation...
  • Page 64 RWF5 is preset good for 90% of applications. However, you can set or edit parameters as follow: Set-point: set or modification: When the burner is in stand-by, (safety loop open, that is terminals 3-4/T1-T2 on the 7 pole plug open) push the Enter button: on the lower display (green) Opr appears;...
  • Page 65 Setting the kind of sensor to be connected to the device:  push the Enter button: on the lower display (green) Opr appears. Using the up and down arrows find ConF. Push Enter to confirm.  Now on the green display the group InP appears. Push Enter and InP1 is displaied. Enter to confirm. ...
  • Page 66 ConF > Cntr Parameter Value Description CtYP 1 = 3-position controller (open-stop-close only RWF50.2) controller type 2 = continuative action controller (only RWF50.3) CACt 1 = heating controller control action 0 = cooling controller least value of the set-point limitation prevents entry of values outside the defined set-point range -1999..0..+9999 range...
  • Page 67 ConF > OutP (parameter under group only for RWF50.3) Parameter Value Description FnCt 1 = analog input 1 doubling with possibility to convert tipo di controllo (depending on par SiGn) 4 = modulation controller SiGn physical output signal (terminals A+, A-) type of output signal 0 = 0÷20mA 1 = 4÷20mA...
  • Page 68 Manual control :  in order to manual change the burner load, while firing keep pushing the ESC button for more than 5 s; on the lower green display Hand appears.  using the UP and DOWN arrows, the load varies. ...

  • Page 69: Electric Connection

    Electric connection : With 7 pins connector version With terminals version Matches terminals between RWF50.2 and RWF40.0x0...
  • Page 70 Parameters summarising for RWF50.2x: Conf Conf Navigation menù Inp1 Cntr diSP PArA Types of probe SEn1 OFF1 SCL1 SCH1 Unit dECP Pb. 1 dt HYS1 (*) HYS3 (*) SP1 (*) Siemens QAE2120… needless needless 80 350 (#) 80 °C Siemens QAM2120.. needless needless 80 350 (#)
  • Page 71 APPENDIX: PROBES CONNECTION To assure the utmost comfort, the control system needs reliable information, which can be obtained provided the sensors have been installed correctly. Sensors measure and transmit all variations encountered at their location. Measurement is taken based on design features (time constant) and according to specific operating conditions.With wiring run in raceways, the sheath (or pipe) containing the wires must be plugged at the sensor's terminal board so that currents of air cannot affect the sensor's measurements.
  • Page 72 Duct or pipe sensors Installing pressure sensors A - installation on ducts carrying fluids at max. temperature 80°C Installing temperature sensors For measuring outlet air: B - installation on ducts at temperature over 80°C and for refrigerants  after delivery fan or C - installation on ducts at high temperatures: ...
  • Page 73 Immersion or strap-on sensors Immersion probes installation Sensors must be installed on the stretch of pipe in which fluid circulates all the time. The rigid stem (sensing element doing the measuring) must be inserted by at least 75mm and must face the direction of flow. Recommended locations: on a bend or on a straight stretch of pipe but tilted by 45°...
  • Page 74 Duct pressure switches and sensors Installing differential pressure probes for air Basic principles Measuring static pressure(i.e. pressure exerted by air on pipe walls) A - Control a filter (clogging) Measuring dinamic pressure B - Control a fan (upstream/downstream) Kg/m , specific weight of air m/s, air speed 9.81 m/s gravity acceleration...

  • Page 75: Spare Parts

    Spare parts Description Code Modulator RWF50.2 (uscita a 3 punti - apri, fermo, chiudi) 2570148 2570149 Modulator RWF50.3 (uscita continua 0÷20mA, 4÷20mA, 0÷10V) Temperature probe Siemens QAE2120.010A (30÷130°C) 2560101 2560135 Temperature probe Siemens QAM2120.040 (-15÷+50°C) 2560188 Thermoresistor Pt1000 ø6mm L100mm (30÷130°C) Thermoresistor Pt1000 ø10mm L200mm (0÷350°C) 2560103 2560145...
  • Page 76 Note: Specifications and data subject to change. Errors and omissions excepted.

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