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36

Fahrzeug-/Funktionsdecoder

ab Firmware-Version 1.11

36

Locomotive/Vehicle function decoder

from firmware version 3.12

5.1 Functions

• Operation can be controlled either by conventional DC command stations or by digital central units supporting the

formats SelecTRIX 1 and 2, DCC format or MM1/MM2 standard

• Automatic switch over from conventional DC to digital operation
• In case of digital operation the last programmed system will be activated. Automatic switching into a certain

operating mode is not possible because of the multiprotocol operation. For switching a parameter (e.g. locomotive
address) is to be readout and must be written again in the required operating mode. Thus the switching to the
required track protocol is completed.

•  SelecTRIX 1 ..... 31 speed steps, 100 addresses
•  SelecTRIX 2 ..... 127 speed steps, 10.000 addresses, 16 additional functions
• DCC ................. short addresses (1-127), long addresses (0001-9999), with 14, 28, 126 speed steps
•  State of art load regulation, in this way an especially smooth control mode
•  Different control variants for an optimal adaption to the motor
•  127 internal speed steps
•  Adjustable motor frequency (low frequency, 16 kHz, 32 kHz)
•  Block section operation by simple diodes in digital operation
•  Light and function outputs are (partly) dimmable and can be activated analogously
•  Shunting gear
•  Motor, light and track connections electronically changeable
•  All function outputs are freely programmable
•  Thermal protection
•  Reset function for DCC and SX2
•  Updateability of the decoder

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Summary of Contents for DH05C

Page 1: ...hler Haass Locomotive decoder Vehicle function decoder Locomotive decoder Vehicle function decoder DH05C PD05A FH05B DH10C PD06A FH16A DH12A PD12A FH18A DH14B PD18A FH22A DH16A PD21A DH18A DH21A B DH22A B ...

Page 2: ... PD series compared to our DH decoder series 37 5 2 Installation of the decoder 38 5 3 Connection of the decoder 39 5 4 Check after installation 42 6 Vehicle function decoder FH05B FH16A FH18A FH22A 43 6 1 Functions 50 6 2 Installation of the vehicle function decoders 51 6 3 Connection of the vehicle function decoders 51 6 4 Check after installation 53 7 System format SelecTRIX 1 SX1 54 7 1 Functi...

Page 3: ...ral unit 6020 6021 75 10 System format SelecTRIX 2 SX2 78 10 1 Functions 78 10 2 Setting options 78 10 2 1 List of supported parameters 79 10 3 Operation 91 Supplement 1 Notes to Function Mapping 92 Supplement 2 Speed characteristics 94 Supplement 3 Unamplified function outputs 95 Supplement 4 Electric coupling Freewheeling diode Automatic coupling procedure coupling waltz 96 Supplement 5 Constant...

Page 4: ...he operation on alternating current supplied layouts with switching impulse is not allowed The switching impulse destroys the decoder exception DH21A B DH22A B and FH22A The operation of inductive consumers decouplers relays etc requires the connection of freewheeling diodes see supplement 4 Decoder SX1 SX2 DCC MM1 MM2 DC analog AC analog DH05C DH10C DH12A DH14B DH16A DH18A X X X X DH21A B DH22A B...

Page 5: ...isk of injury due to sharp edges and points 3 Warranty The functioning of every decoder is fully tested before delivery Should nevertheless a failure occur please contact the dealer where you purchased the decoder or directly the producer Doehler Haass The warranty period is two years from the data of purchase 4 Support and help In case you have any problems or questions please contact us by email...

Page 6: ...on return conductor to VS You can connect a buffer capacitor to VS and GND AUX1 AUX2 M1 M2 G1 G2 LV LR VS ZCLK ZDAT GND DH05C 1st generation Specifications DH05C Dimensions mm Total load Maximum motor current Maximum operating voltage Function outputs for light LV LR dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 With SUSI interface if AUX3 AUX4 deactivated 13 2 x 6 8 x 1 ...

Page 7: ...UX6 SUSI data or AUX6 unamplified GND Ground 0 V If necessary Connect blue wire common return conductor to VS You can connect a buffer capacitor to VS and GND Specifications DH05C Dimensions mm Total load Maximum motor current Maximum operating voltage Function outputs for light LV LR dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 AUX5 AUX6 With SUSI interface if AUX5 AUX6...

Page 8: ... 3 x 1 5 1 0 A 1 0 A 30 V each 150 mA each 300 mA unamplified X Connecting options Without connection wires With ribbon cable for interface per NEM651 With connection wires DH10C 0 DH10C 1 DH10C 3 Unamplified function outputs See supplement 3 M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA VS Supply voltag...

Page 9: ... wires With ribbon cable for interface per NEM651 With connection cable for interface per NEM651 With connection wires 6 pin connector for direct plugging NEM651 DH10C 0 DH10C 1 DH10C 2 DH10C 3 DH10C 4 Unamplified function outputs See supplement 3 M1 M2 G1 G2 LV LR DH10C 2nd generation M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Addition...

Page 10: ...With SUSI interface if AUX5 AUX6 deactivated 14 5 x 8 0 x 3 0 1 5 A 1 5 A 30 V each 150 mA each 300 mA unamplified X Connecting options 12 pin connector for direct plugging PluX12 DH12A Unamplified function outputs See supplement 3 DH12A M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX3 AUX4 Unamplified...

Page 11: ...0 A 1 0 A 30 V each 150 mA each 300 mA unamplified X Connecting option 14 pole foil plug for direct plugging mTc14 DH14B Unamplified function outputs See supplement 3 mTc14 interface 1 2 3 4 5 6 7 8 9 10 11 12 13 14 G2 G2 LV AUX2 ZDAT GND M2 M1 GND ZCLK AUX1 LR G1 G1 M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 eac...

Page 12: ...SI data or AUX6 unamplified GND Ground 0 V If necessary Connect blue wire common return conductor to VS You can connect a buffer capacitor to ZVS and GND Specifications DH16A Dimensions mm Total load Maximum motor current Maximum operating voltage Function outputs for light LV LR dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 Function outputs AUX5 AUX6 With SUSI interface ...

Page 13: ...SI data or AUX6 unamplified GND Ground 0 V If necessary Connect blue wire common return conductor to VS You can connect a buffer capacitor to ZVS and GND Specifications DH16A Dimensions mm Total load Maximum motor current Maximum operating voltage Function outputs for light LV LR dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 Function outputs AUX5 AUX6 With SUSI interface ...

Page 14: ...dimmable Function outputs AUX3 AUX4 AUX5 AUX6 With SUSI interface if AUX3 AUX4 deactivated 13 5 x 9 0 x 2 8 1 0 A 1 0 A 30 V each 150 mA each 300 mA unamplified X Connecting option 18 pin connector for direct plugging Next18 DH18A Unamplified function outputs See supplement 3 M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional functio...

Page 15: ...6 With SUSI interface if AUX3 AUX4 deactivated 9 7 x 8 9 x 2 8 1 5 A 1 5 A 30 V each 150 mA each 300 mA unamplified X Connecting option 18 pin connector for direct plugging Next18 DH18A Unamplified function outputs See supplement 3 M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX5 AUX6 Unamplified funct...

Page 16: ...ching voltage at AC analog Max 45 V peak 30 V eff Function outputs for light LV LR dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 Function outputs AUX5 AUX6 With SUSI interface if AUX5 AUX6 deactivated 20 7 x 15 8 x 5 2 2 0 A 2 0 A 30 V X each 150 mA each 300 mA each 1 0 A unamplified X Connecting option 21 pin socket board for direct plugging Märklin TRIX mtc21 DH21A 4 Un...

Page 17: ...UX3 VCC M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX3 AUX4 Additional function 3 4 VS Supply voltage also for SUSI ZCLK SUSI clock or AUX5 unamplified ZDAT SUSI data or AUX6 unamplified GND Ground 0 V VCC 5 V max 15 mA Unamplified function outputs See supplement 3 If necessary Connect blue wire comm...

Page 18: ... dimmable Function outputs AUX3 AUX4 Function outputs AUX5 AUX6 With SUSI interface if AUX5 AUX6 deactivated 20 7 x 15 8 x 5 2 2 0 A 2 0 A 30 V X each 150 mA each 300 mA each 1 0 A unamplified X 20 7 x 15 8 x 5 2 2 0 A 2 0 A 30 V X each 150 mA each 300 mA unamplified unamplified X Connecting options Without connection wire With connection cable for interface per NEM652 With connection wires 21 pin...

Page 19: ...dditional function 1 2 each 300 mA AUX3 AUX4 Additional function 3 4 VS Supply voltage ZVS SUSI supply voltage ZCLK SUSI clock or AUX5 unamplified ZDAT SUSI data or AUX6 unamplified GND Ground 0 V GPIO General input output max 5 V max 3 mA VCC 5 V max 15 mA Unamplified function outputs See supplement 3 The DH21A existists in two different hardware variants Function outputs AUX3 AUX4 each 1 0 A con...

Page 20: ...log Max 45 V peak 30 V eff Function outputs for light LV LR dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 Function outputs AUX5 AUX6 Function outputs AUX7 AUX8 With SUSI interface 20 7 x 15 8 x 5 2 2 0 A 2 0 A 30 V X each 150 mA each 300 mA each 1 0 A unamplified unamplified X Connecting option 21 pin socket board for direct plugging Märklin TRIX mtc21 DH21B 4 Unamplified...

Page 21: ...G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX3 AUX4 Additional function 3 4 each 1 0 A AUX5 AUX7 Unamplified function VS Supply voltage ZVS SUSI supply voltage ZCLK SUSI clock ZDAT SUSI data GND Ground 0 V GPIO General input output max 5 V max 3 mA or AUX8 unamplified VCC 5 V max 15 mA Unamplified function outputs See suppleme...

Page 22: ...nalog Max 45 V peak 30 V eff Function outputs for light LV LR dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 Function outputs AUX5 AUX6 Function outputs AUX7 AUX8 With SUSI interface 20 7 x 15 8 x 5 2 2 0 A 2 0 A 30 V X each 150 mA each 300 mA unamplified unamplified unamplified X Connecting option 21 pin socket board for direct plugging NEM660 RCN 121 DH21B 5 Unamplified ...

Page 23: ...2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX3 AUX7 Unamplified function VS Supply voltage ZVS SUSI supply voltage ZCLK SUSI clock ZDAT SUSI data GND Ground 0 V GPIO General input output max 5 V max 3 mA or AUX8 unamplified VCC 5 V max 15 mA Unamplified function outputs See supplement 3 If necessary Conn...

Page 24: ...alog Max 45 V peak 30 V eff Function outputs for light LV LR dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 Function outputs AUX5 AUX6 With SUSI interface if AUX5 AUX6 deactivated 20 7 x 15 8 x 5 2 2 0 A 2 0 A 30 V X each 150 mA each 300 mA each 1 0 A unamplified X Connecting option 22 pin connector for direct plugging PluX22 DH22A 4 Unamplified function outputs See supple...

Page 25: ...nnection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX3 AUX4 Unamplified function 3 4 each 1 0 A VS Supply voltage ZVS SUSI supply voltage ZCLK SUSI clock or AUX5 unamplified ZDAT SUSI data or AUX6 unamplified GND Ground 0 V GPIO General input output max 5 V max 3 mA Unamplified function outputs See supplement 3 If necessa...

Page 26: ...rent Maximum operating voltage Switching voltage at AC analog Max 45 V peak 30 V eff Function outputs for light LV LR dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 Function outputs AUX5 AUX6 With SUSI interface if AUX5 AUX6 deactivated 20 7 x 15 8 x 5 2 2 0 A 2 0 A 30 V X each 150 mA each 300 mA each 1 0 A unamplified X Connecting option 22 pin connector for direct pluggi...

Page 27: ...nnection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX3 AUX4 Unamplified function 3 4 each 1 0 A VS Supply voltage ZVS SUSI supply voltage ZCLK SUSI clock or AUX5 unamplified ZDAT SUSI data or AUX6 unamplified GND Ground 0 V GPIO General input output max 5 V max 3 mA Unamplified function outputs See supplement 3 If necessa...

Page 28: ...R dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 Function outputs AUX5 AUX6 AUX7 Function output AUX8 With SUSI interface 20 7 x 15 8 x 5 2 2 0 A 2 0 A 30 V X each 150 mA each 300 mA each 1 0 A each 1 0 A unamplified X Connecting options Without connection wire With connection cable for interface per NEM652 With connection wires 22 pin connector for direct plugging PluX22 ...

Page 29: ...M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX3 AUX7 Additional function 3 7 each 1 0 A VS Supply voltage ZVS SUSI supply voltage ZCLK SUSI clock ZDAT SUSI data GND Ground 0 V GPIO General input output max 5 V max 3 mA or AUX8 unamplified Unamplified function outputs See supplement 3 If necessary Connect...

Page 30: ... operating voltage Function outputs for light LV LR dimmable 5 0 x 7 9 x 2 5 0 5 A 0 5 A 18 V each 150 mA Connecting options Without connection wires With ribbon cable for interface per NEM651 With connection wires PD05A 0 PD05A 1 PD05A 3 M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA There is no connection possibility VS for the common return conduc...

Page 31: ... 30 V each 150 mA Connecting options Without connection wires With ribbon cable for interface per NEM651 With connection wires 6 pin connector for direct plugging NEM651 PD05A 0 PD05A 1 PD05A 3 PD05A 4 M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA VS Supply voltage GND Ground 0 V If necessary Connect blue wire common return conductor to VS You can c...

Page 32: ... outputs AUX1 AUX2 dimmable 6 8 x 11 4 x 2 8 0 5 A 6 V 0 2 A 18 V each 150 mA each 300 mA Connecting options Without connection wires With connection wires PD06A 0 PD06A 3 M2 G2 M1 G1 LV LR PD06A M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA VS Supply voltage GND Ground 0 V If necessary Connect blue wire...

Page 33: ... Without connection wires With connection cable for interface per NEM652 With connection wires 12 pin connector for direct plugging PluX12 PD12A 0 PD12A 2 PD12A 3 PD12A 4 PD12A PluX12 Interface 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 LV VS Index LR M1 M2 G1 G2 AUX1 AUX2 M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additio...

Page 34: ...0 mA each 300 mA Connecting option 18 pin connector for direct plugging Next18 PD18A Next18 interface 1 18 2 17 3 16 4 15 5 14 6 13 7 12 8 11 9 10 G1 M1 AUX1 GND VS LV G2 G1 LR VS GND AUX2 M2 G2 M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA VS Supply voltage GND Ground 0 V If necessary Connect blue wire ...

Page 35: ... 9 1 0 A 1 0 A 30 V each 150 mA each 300 mA Connecting option 21 pin socket board for direct plugging mTc21 PD21A 4 21 pin interface 1 22 2 21 3 20 4 19 5 18 6 17 7 16 8 15 9 14 10 13 11 12 LR LV Index G1 G2 GND M1 M2 VS AUX1 AUX2 M1 M2 Motor connection 1 2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA VS Supply voltage GND Ground...

Page 36: ... in the required operating mode Thus the switching to the required track protocol is completed SelecTRIX 1 31 speed steps 100 addresses SelecTRIX 2 127 speed steps 10 000 addresses 16 additional functions DCC short addresses 1 127 long addresses 0001 9999 with 14 28 126 speed steps State of art load regulation in this way an especially smooth control mode Different control variants for an optimal ...

Page 37: ...al voltage four diodes connected in series and one antiparallel diode slow approach with appropriate brake modules and the bidirectional communication locomotive address check back signal in DCC operation RailCom 5 1 1 Limitations of the PD series compared to our DH decoder series The PD05A nano locomotive decoder is an especially small vehicle decoder for SX1 SX2 and DCC operation No support for ...

Page 38: ... and PD21A vehicle decoders are particularly inexpensive vehicle decoders for pure DCC operation and DC analog No support of the operating modes SX1 SX2 and MM No SUSI interface and no unamplified function outputs No extended function assignments i e no conditions no initial mapping etc No automatic coupling process but timers for switching off AUX1 and AUX2 are available 5 2 Installation of the d...

Page 39: ...rectly onto the decoder 2 In case your locomotive is equipped with an interface according to NEM 651 you should take the decoder DH05C 1 DH10C 1 DH10C 2 DH10C 4 or PD05A 1 They have already the appropriate connections for this plug Short the ribbon cable up to 5 mm and remove the rest of insulation The decoder can be inserted into the interface without any problem now 3 In case your locomotive is ...

Page 40: ... you should take the decoder DH16A 4 It has already the appropriate connection for this plug The decoder can be inserted into the interface without any problem now 8 In case your locomotive is equipped with an 18 interface Next18 you should take the decoder DH18A or PD18A It has already the appropriate connection for this plug The decoder can be inserted into the interface without any problem now ...

Page 41: ...the motor wire which was connected to the left track wire white wire with the front light in driving direction yellow wire with the rear light in driving direction green wire function output AUX1 only DH16A 2 3 DH21A 2 3 PD12A 2 3 and PD06A 3 violet wire function output AUX2 only DH16A 3 DH21A 3 PD12A 3 and PD06A 3 blue wire common return can carry up to 30 volts VS only DH16A 2 3 DH21A 2 3 PD12A ...

Page 42: ...decoder and must be connected to the consumer with individual wires or if unamplified via appropriate amplifiers Notice In case of an incorrect wiring of motor lighting and track there is no need to solder off the wires as the assignment can be interchanged electronically by programming see setting options of the respective system format CV51 or par031 par032 par033 5 4 Check after installation Th...

Page 43: ...5 A 30 V each 150 mA each 300 mA unamplified X Connecting options Without connection wires With ribbon cable for interface per NEM651 With connection wires FH05B 0 FH05B 1 FH05B 3 Unamplified function outputs See supplement 3 If necessary Connect blue wire common return conductor to ZVS You can connect a buffer capacitor to ZVS and GND Please note that the ZVS connection does not carry voltage in ...

Page 44: ...plified X Connecting options Without connection wires With ribbon cable for interface per NEM651 With connection wires FH05B 0 FH05B 1 FH05B 3 Unamplified function outputs See supplement 3 If necessary Connect blue wire common return conductor to VS You can connect a buffer capacitor to ZVS and GND G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 ...

Page 45: ...lified X Connecting option 16 pin connector for direct plugging PluX16 FH16A 4 Unamplified function outputs See supplement 3 PluX16 interface 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 ZCLK GND LV VS Index LR ZDAT ZVS G1 G2 AUX1 AUX2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX3 AUX4 Additional function 3 4 each...

Page 46: ...ch 150 mA each 300 mA unamplified X Connecting option 18 pin connector for direct plugging Next18 FH18A Unamplified function outputs See supplement 3 Next18 interface 1 18 2 17 3 16 4 15 5 14 6 13 7 12 8 11 9 10 G1 AUX1 ZCLK GND VS AUX6 LV G2 G1 LR AUX5 VS GND ZDAT AUX2 G2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX5 AUX6 Un...

Page 47: ...8A Unamplified function outputs See supplement 3 Next18 interface 1 18 2 17 3 16 4 15 5 14 6 13 7 12 8 11 9 10 G1 AUX1 ZCLK GND VS AUX6 LV G2 G1 LR AUX5 VS GND ZDAT AUX2 G2 G1 G2 Track connection 1 2 LV LR Front light rear light each 150 mA AUX1 AUX2 Additional function 1 2 each 300 mA AUX5 AUX6 Unamplified function 5 6 VS Supply voltage also for SUSI ZCLK SUSI clock or AUX3 unamplified ZDAT SUSI ...

Page 48: ...V eff Function outputs for light LV LR dimmable Function outputs AUX1 AUX2 dimmable Function outputs AUX3 AUX4 Function outputs AUX5 AUX6 With SUSI interface if AUX5 AUX6 deactivated 16 1 x 15 8 x 3 3 2 0 A 30 V X each 150 mA each 300 mA each 1 0 A unamplified X Connecting option 22 pin connector for direct plugging PluX22 FH22A 4 Unamplified function outputs See supplement 3 2 4 6 8 10 12 14 16 1...

Page 49: ... 0 A VS Supply voltage ZVS SUSI supply voltage ZCLK SUSI clock or AUX5 unamplified ZDAT SUSI data or AUX6 unamplified GND Ground 0 V GPIO General input output max 5 V max 3 mA Unamplified function outputs See supplement 3 If necessary Connect blue wire common return conductor to VS You can connect a buffer capacitor to ZVS and GND PluX22 interface 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20...

Page 50: ...short addresses 1 127 long addresses 0001 9999 with 14 28 126 speed steps 127 internal speed steps Block section operation by simple diodes in digital operation Light and function outputs are partly dimmable and can be activated analogously Shuntig gear Light and track connections are electronical changeable All function outputs are freely programmable Thermal protection Reset function for DCC and...

Page 51: ...r should only be used by experienced model railroaders as the connecting wires must be soldered directly onto the decoder 2 In case your model is equipped with an interface according to NEM 651 you should take the decoder FH05B 1 It has already the appropriate connections for this plug Short the ribbon cable up to 5 mm and remove the rest of insulation The decoder can be inserted into the interfac...

Page 52: ... decoder FH22A 4 It has already the appropriate connection for this plug The decoder can be inserted into the interface without any problem now For the wired versions connect the wires of the decoder according to the following diagram see also graphic below red wire with the right track wire black wire with the left track wire white wire with the front light in driving direction yellow wire with t...

Page 53: ...re SUSI data ZDAT black wire Ground GND Function outputs The function outputs AUX may be located on the underside of the decoder and must be connected to the consumers with extra wires or if unamplified via suitable amplifiers Notice In case of an incorrect wiring of the light or track wire there is no need to solder off the wires as the assignement can be interchanged electronically by programmin...

Page 54: ...channel 8 connectable with locomotive address 1 Operation with brake diodes yes Locomotive number output yes 7 2 Setting options All locomotive parameters can be varied by programming freely at any time Please take the programming informations out of the instructions of your programming device Instructions for Function Mapping by default see Doehler Haass website https doehler haass de cms pages h...

Page 55: ...ation 1 7 3 1 low 7 high Impulse width duration 1 4 2 Not relevant to FH05B FH16A FH18A FH22A Brake sections 1 2 part 1 Extended settings Interchange of connections V 0 7 4 Activation of AFB and additional channel A 1 7 1 Motor control variant I 1 4 3 Interchange of connections 0 7 4 Interchange motor connections 1 Not relevant to FH05B FH16A FH18A FH22A Interchange light connections 2 Interchange...

Page 56: ...sing the programming key Writing of the extended characterictic values is executed by the entry of the character sequence 00 VAI and by pressing the programming key Notice Coreless motors should be operated with regulation variant 4 and pulse width 1 No warranty for damages due to incorrect adjustments Caution Reading out and entering exctended characteristic values overwrite the default values of...

Page 57: ...ram the desired locomotive address and start running the locomotive with those parameter values After the first check you can vary the parameters of the engine freels to your requirements In case your programming device indicates Error please check again the correct wiring of the locomotive and pay attention to the wiring instructions for connecting the programming track Never put such a locomotiv...

Page 58: ...rs yes Consist mode yes Programming On The Main yes Locomotive number output yes Notice to address range DCC operation allows only address values from 1 to 127 for DCC CV01 operating MM values from 1 to 255 are allowed Values from 128 on lead to restricting the decoder operation only to MM i e DCC operation is no longer possible DCC service mode is of course still possible Activating the long DCC ...

Page 59: ... any time The programming procedure is described in the instructions of your programming device Instructions for Function Mapping by default see Doehler Haass website https doehler haass de cms pages haeufige fragen php Wie sieht das standardmäßige Function Mapping aus only in German Notice In case the speed steps programmed on the decoder differ from those of the control device malfunctions may o...

Page 60: ...The value corresponds to the time in seconds from the maximum speed to stop 0 255 3 05 Maximum speed see supplement 2 0 127 92 07 Version number read only 08 Manufacturer identification read only 97 Doehler Haass Decoder reset with 8 09 Motor frequency not relevant to FH Bit Function Value 0 0 32 kHz 1 16 kHz 1 1 0 16 32 kHz 1 low frequency 2 2 proportional part limitation 4 3 Switch off short cir...

Page 61: ...ddresses 5 MM operation with four additional addresses 6 MM operation with five additional addresses 7 MM operation with six additional addresses Bit 3 decoder internal use driving direction at MM1 AC analog 0 15 1 13 Analog mode F1 F8 not relevant to PD05A Bit Function Value Bit Function Value 0 F1 1 4 F5 16 1 F2 2 5 F6 32 2 F3 4 6 F7 64 3 F4 8 7 F8 128 This setting is also valid for MM1 operatio...

Page 62: ...ddress 1 127 0 128 deactivated Value 128 inverse direction 0 255 0 21 Consist mode F1 F8 Bit Function Value Bit Function Value 0 F1 1 4 F5 16 1 F2 2 5 F6 32 2 F3 4 6 F7 64 3 F4 8 7 F8 128 0 255 0 22 Consist mode F0 F9 F12 Bit Function Value Bit Function Value 0 F0 f 1 4 F11 16 1 F0 r 2 5 F12 32 2 F9 4 3 F10 8 0 63 0 27 Brake settings Bit Function Value Bit Function Value 0 Asymmetry normal 1 4 Neg...

Page 63: ...2 Analog operation allowed 4 not relevant to PD05A 3 Check back allowed 8 5 Locomotive address by CV17 18 32 0 255 14 33 Function mapping F0 f see supplement 1 0 255 1 34 Function mapping F0 r see supplement 1 0 255 2 35 Function mapping F1 f r see supplement 1 If CV35 is written CV47 will be set to the same value 0 255 4 36 Function mapping F2 f r see supplement 1 If CV36 is written CV64 will be ...

Page 64: ...ion mapping F12 see supplement 1 0 255 0 47 Function mapping F1 r see supplement 1 In case CV47 should have a different value than CV35 you have to set CV35 first and then CV47 0 255 4 48 Speed step characteristic see supplement 2 Deflection of the speed step characteristic 0 linear 7 strongly curved 0 7 5 49 Impulse width not relevant to FH 0 1 ms 1 2 ms 2 4 ms 3 8 ms 0 3 1 50 Control variant not...

Page 65: ...tor control proportional not relevant to FH Only if CV50 0 see www doehler haass de Häufige Fragen only in German 0 7 3 57 Motor control integral as CV56 0 3 3 58 Motor control measurement period as CV56 0 3 1 59 Motor control impulse width as CV56 0 7 3 60 Brake sections 1 or 2 0 1 0 61 Shuntig gear speed as CV05 0 127 63 62 Shunting gear deceleration as CV03 0 255 1 63 Starting delay speed step ...

Page 66: ...ser identification 1 0 255 0 106 User identification 2 0 255 0 112 Speed reduction analog not relevant to FH PD05A 0 small reduction 31 strong reduction 0 31 15 113 Switch off function for LV Bit 0 F1 Bit 7 F8 0 255 0 114 Switch off function for LR Bit 0 F1 Bit 7 F8 0 255 0 115 Switch off function for AUX1 Bit 0 F1 Bit 7 F8 0 255 0 116 Switch off function for AUX2 Bit 0 F1 Bit 7 F8 0 255 0 117 Tim...

Page 67: ... Bit 0 F1 Bit 7 F8 0 255 0 123 Slow approach speed see CV27 Only with suitable brake modules 0 127 63 124 Function mapping starting delay see CV63 Bit 0 F1 Bit 7 F8 0 255 0 125 Switch off function for AUX3 Bit 0 F1 Bit 7 F8 0 255 0 126 Switch off function for AUX4 Bit 0 F1 Bit 7 F8 0 255 0 127 Switch off function for AUX5 Bit 0 F1 Bit 7 F8 0 255 0 128 Switch off function for AUX6 Bit 0 F1 Bit 7 F8...

Page 68: ...pproximately to 0 7 volt asymmetry and thus to the forward voltage of a silicon diode Values smaller 3 are not useful values higher 6 on demand 0 15 6 135 Multiplication speed check back signal 0 deactivated 0 255 0 136 Division speed check back signal 0 1 1 2 2 4 3 8 4 16 5 32 6 64 0 6 0 137 Settings Bit Function Value 0 Unamplified function outputs instead of ZCLK and ZDAT 1 1 Switch off energy ...

Page 69: ... step for approach not relevant to PD 0 127 12 142 Speed step for driving away not relevant to PD 0 127 12 143 Settings not relevant to PD Bit Function Value 6 Deactivate coupling process and timer 64 7 Coupling process only in shunting gear 128 0 255 0 144 Settings Bit Function Value 0 Dynamic channel usage 1 1 Immediate starting after current interruption 2 2 Special bit for lighting in analog o...

Page 70: ...at F0 light on 18 Not in shunting gear 27 Only in shunting gear 54 Ignore direction in shunting gear 81 Ignore driving stand in shunting gear 108 Ignore direction and driving stand in shunting gear 135 Always only one number of each definite range may be added up 0 161 0 146 Conditions for LR see CV145 0 161 0 147 Conditions for AUX1 see CV145 0 161 0 148 Conditions for AUX2 see CV145 0 161 0 149 ...

Page 71: ... 0 255 0 154 Brake ramp forward and backward see CV27 not relevant to PD05A PD06A Recommended for constant braking distance CV48 0 0 deactivated If maximum speed step braking time is adjusted in seconds times 8 at smaller speed steps the decoder generates the brake ramp independently 0 255 0 155 Brake ramp backward see CV154 0 value from CV154 is used Alows different brake times forward and backwa...

Page 72: ...0 FH22A 192 DH21A 200 DH22A 202 Complete table see www doehler haass de Häufige Fragen only in German 262 Version number read only 263 Date read only 264 Revision number read only 265 Date read only 401 Function interchange F1 not relevant to PD 0 deactivated 1 28 F1 F28 29 F0 light 0 29 1 402 Function interchange F2 as CV401 0 29 2 403 Function interchange F3 as CV401 0 29 3 404 Function intercha...

Page 73: ...ehicle function decoder from firmware version 3 12 CV Name and definition Range Standard 409 Function interchange F9 as CV401 0 29 9 410 Function interchange F10 as CV401 0 29 10 411 Function interchange F11 as CV401 0 29 11 412 Function interchange F12 as CV401 0 29 12 ...

Page 74: ...gramming track Never put such a locomotive into operation Notice Operation with asymmetry in the brake section is not possible with the factory settings In case you want this opition CV27 bit 0 and or bit 1 must be set to 1 Brake section operation in direct current operating mode is not possible with the factory settings In case you want this option CV27 bit 4 and or bit 5 must be set to 1 9 Opera...

Page 75: ...setup parameters with values from 80 can be changed if the desired value should also be 80 2 Long programming allows entering figures between 0 and 255 i e in long mode all setup parameters with values from 0 to 255 can be changed As the display of 6020 6021 alows only binary values the inserting values must be devided and entered in two steps 3 Programming of SUSI parameters Programming of SUSI p...

Page 76: ...e for the CV e g 15 double digit Activate the reversion of the driving direction for confirmation The lighting flashes You may now enter further CV values which you want to change The programming mode is left by selection of CV80 or by turning off and on the track power push STOP button and then again GO button Long mode You get the longe mode by entering in short mode value 07 in CV07 at first Th...

Page 77: ...irection for confirmation Then the locomotive is flashing again You may now enter further CVs in long mode which you want to change The long mode can be left by switching the track voltage off and on again or by STOP SUSI mode You gain the SUSI mode by writing value 09 in CV09 in short mode The decoder confirms that by slow flashing Enter CVs respective the related values as in long mode and reduc...

Page 78: ...Operation with brake diodes yes Programming On The Main yes 10 2 Setting options The features of a locomotive operated in SX2 operating mode can be varied by programming the parameters par freels at any time The programming procedure is described in the instructions of your programming device Information on the standard Function Mapping can be found on the Doehler Haass website https doehler haass...

Page 79: ...ons F1 F8 0 255 1 005 Address for SX1 2 additional channel Functions F9 F16 0 255 0 006 Locomotive address output 1 activated if suitable occupancy detectors power packs boosters and central units are available 0 1 0 007 Mode of operation additional channel 0 relativ 1 Additional channel par003 par004 2 Additional channel par003 par005 1 absolute 0 1 0 008 Consist address unit place Currently with...

Page 80: ...onds to the time in seconds from the maximum speed to stop and should be set to at least 8 s notice in chapter 10 3 0 255 3 013 Maximum speed see supplement 2 0 127 92 014 Starting voltage 0 15 0 015 Slow approach speed step see par091 Only with suitable brake modules 0 127 63 016 Start delay speed step 1 see par095 Each 100 ms 0 deactivated 0 250 0 017 Speed reduction analog not relevant to FH PD...

Page 81: ... off function for LR Bit 0 F1 Bit 7 F8 0 255 0 026 Switch off function for AUX1 Bit 0 F1 Bit 7 F8 0 255 0 027 Switch off function for AUX2 Bit 0 F1 Bit 7 F8 0 255 0 028 Analog mode F1 F8 Bit Function Value Bit Function Value 0 F1 1 4 F5 16 1 F2 2 5 F6 32 2 F3 4 6 F7 64 3 F4 8 7 F8 128 0 255 1 029 Analog mode F0 F9 F12 Bit Function Value Bit Function Value 0 F0 f 1 4 F11 16 1 F0 r 2 5 F12 32 2 F9 4...

Page 82: ...to SX1 SX2 1 1 Immediate starting after current interruption 2 2 Special bit for lighting in analog operation 4 3 Brake section output to GPIO 8 1 no brake section detected 0 braking not relevant to DH21A DH22A FH22A 4 Brake with GPIO 1 driving 0 braking 16 only relevant to DH21A DH22A FH22A 0 31 0 051 Speed step characteristic see supplement 2 Deflection of the characteristic curve 0 linear 7 str...

Page 83: ...nly if par052 0 see www doehler haass de Häufige Fragen only in German 0 7 3 057 Motor control integral as par056 0 3 3 058 Motor control measurement period as par056 0 3 1 059 Motor control impulse width as par056 0 7 3 061 Function mapping F0 f see supplement 1 0 255 1 062 Function mapping F0 r see supplement 1 0 255 2 063 Function mapping F1 f r see supplement 1 If par063 is written par075 will...

Page 84: ...n mapping F11 see supplement 1 0 255 0 074 Function mapping F12 see supplement 1 0 255 0 075 Function mapping F1 r see supplement 1 In case par075 should have a different value than par063 you must set par063 first and then par075 0 255 4 076 Timer for switch off AUX1 Each 100 ms 0 deactivated 0 250 0 077 Timer for switch off AUX2 Each 100 ms 0 deactivated 0 250 0 078 Timer for switch off AUX3 Eac...

Page 85: ... par064 first and then par085 0 255 8 086 Function mapping LV LR on AUX1 AUX2 off Bit 0 F1 Bit 7 F8 0 255 0 087 Function mapping AUX1 AUX2 on LV LR off Bit 0 F1 Bit 7 F8 0 255 0 088 Settings Bit Function Value 0 Unampliefied function outputs instead of ZCLK and ZDAT 1 1 Switch off energy saving mode 2 2 Invert SUSI driving direction 4 3 Switch off SUSI starting delay 8 4 Activate extended function...

Page 86: ...it Function Value 0 Asymmetry normal 1 4 Negative voltage 16 1 Asymmetry invers 2 5 Positive voltage 32 2 Currently without function 4 6 Brake diode normal 64 3 Currently without function 8 7 Brake diode inverse 128 0 243 64 092 Decision threshold for asymmetry see par091 Default value 6 corresponds approximately to 0 7 volt asymmetry and thus to the forward voltage of a silicon diode Values small...

Page 87: ...p backward see par096 0 value from CV154 is used Allows different brake times forward and backward 0 255 0 098 User identification 1 0 255 0 099 User identification 2 0 255 0 101 Manufacturer number read only 97 Doehler Haass Decoder reset with 101 102 Decoder number read only FH05B 41 DH05C 52 DH10C 102 DH12A 120 PD12A 130 PD05A 131 PD06A 132 PD21A 133 PD18A 134 DH14B 141 DH16A 160 FH18A 170 DH18...

Page 88: ...ted 0 250 0 147 Function mapping low beam light not relevant to PD05A PD06A 0 deactivated 1 28 F1 F28 29 F0 light Only valid if par088 Bit 4 1 0 29 8 148 Function mapping shunting gear as par147 0 29 4 149 Function mapping deceleration off as par147 0 29 9 151 Timer for approach not relevant to PD05A PD06A Each 100 ms 0 no approach 0 250 0 152 Timer for waiting not relevant to PD05A PD06A Each 100...

Page 89: ...5A PD06A Function Value Initial state always on if function key on 0 Only forward 1 Only backward 2 Only while standing 3 Only while driving 6 Only at F0 light off 9 Only at F0 light on 18 Not in shunting gear 27 Only in shunting gear 54 Ignore direction in shunting gear 81 Ignore driving stand in shunting gear 108 Ignore direction and driving stand in shunting gear 135 Always only one number of e...

Page 90: ...8 These function outputs are active as soon as the decoder is addressed without active function key Thus for example the switchover of the sliding contacts can be realized in connection with the conditions 0 255 0 401 Function interchange F1 0 deactivated 1 28 F1 F28 29 F0 light 0 29 1 402 Function interchange F2 as par401 0 29 2 403 Function interchange F3 as par401 0 29 3 404 Function interchang...

Page 91: ...ive keeping these parameter values After the first check you can vary the parameters of the engine freely according to your requirements In case your programming device indicates Error please check again the correct wiring of the locomotive and pay attention to the wiring instructions for connecting the programming track Never put such a locomotive into operation par Name and definition Range Stan...

Page 92: ...ts LV and LR LV 1 LR 2 RG 128 so you must enter the value 131 in CV38 par066 Notice If CV137 par088 Bit4 is not active normal mapping Value 128 operates the shunting gear value 64 operates the low beam AUX6 and AUX5 are not usable in this case and CV132 134 par147 149 have no meaning If CV137 par088 bit4 is active extended mapping Value 128 operates AUX6 value 64 operates AUX5 The shunting mode is...

Page 93: ...ion is the push pull operation The front lightning pointing to the waggon must be switched off but the other lights must be reversed according to the driving direction white red F0 Switches the light on white or red according to the driving direction F2 Switches the font light off F3 Switches the rear ligth off LV Front light white LR Rear light white AUX1 Front light red AUX2 Rear light red CV pa...

Page 94: ...irmware version 3 12 Supplement 2 Speed characteristics Speed step characteristic see CV48 par051 Linear 0 Strongly curved 7 Maximum speed characteristic see CV05 par013 in shunting gear see CV61 par018 The curvature of the speed step characteristic corresponds with the DHL locomotive decoder series ...

Page 95: ...er pads or interfaces The additional activation of the connectors ZCLK and ZDAT does not change anything on these solder pads or interfaces If a decoder offers for example AUX3 and AUX4 amplified on corresponding solder pads resp interfaces these outputs are additionally available unamplified at the connections ZCLK and ZDAT if CV137 par088 is set accordingly Explanation for CV137 par088 Bit 5 Bit...

Page 96: ...ctive consumers When switiching off the current they may generate by the coil of the magnetic product a high voltage with opposite polarity up to several hundred volts by self induction By exceeding the maximum cut off voltage of the function outputs of the most sensitive MOSFET output drivers they can be destroyed irreparably It is therefore imperative to close shortly these voltages by freewheel...

Page 97: ...iciently high capacity We recommend the connections AUX3 and AUX4 of our decoders which are designed for currents up to 1 A Hint Use the coupling functions of our decoders timer for switching off AUX to make sure that the function output will be switched off in any case according to a maximum activation time specified by you Otherwise the destruction of the electric coupling is possible Refer to a...

Page 98: ...agon train backwards to relieve the coupling Then the cou pling must be activated by relaxed towing hook Now the locomotive is driving away with activated coupling a bit until the coupling is in rest position Coupling waltz is not assigned to a function it is automatically available as long as it is activated by CV143 Bit 6 0 The time procedure is defined by CVs see chart CV138 Timer for approach ...

Page 99: ...mer for switching off AUX4 CV129 Timer for switching off AUX5 CV130 Timer for switching off AUX6 Please proceed as follows For function output AUX1 please use CV 117 par076 For function output AUX2 please use CV 118 par077 For function output AUX3 please use CV 119 par078 For function output AUX4 please use CV 120 par079 For function output AUX5 please use CV 129 par145 For function output AUX6 pl...

Page 100: ... be assigned CV37 Function mapping F3 in the example 16 for AUX3 CV38 Function mapping F4 in the example 32 for AUX4 Operating the couplings with 1 function key Should the couplings be connected for example to AUX3 in front and AUX4 at the rear times are to be entered at AUX3 and AUX4 The corresponding function key must now be assigned to both couplings For example shall F4 AUX3 and AUX4 operate C...

Page 101: ...f the model stops too early please increase the value in CV04 par012 If the model stops too late drives through please reduce the value in CV04 par012 Repeat the entry into the braking section until the most suitable value for CV04 par012 is found Now set the determined value for CV04 par012 multiplied by 8 in CV154 par096 If you want a fine tuning you can vary the value in CV154 par096 in the ran...

Page 102: ... least as big as the value after the dot in the above firmware version bar next to our logo If this should not be the case an older description is required for your decoder Supplement 7 Speed feedback The decoders are able to report their current speed in km h to the digital system by means of bidirectional communication RailCom For this purpose it is necessary to enter the measured model speed at...

Page 103: ...version 3 12 km h CV135 CV136 none 0 no matter 5 3 6 10 5 6 15 8 6 20 10 6 25 13 6 30 15 6 35 18 6 40 20 6 45 23 6 50 25 6 60 30 6 70 35 6 80 40 6 90 45 6 km h CV135 CV136 100 50 6 110 55 6 120 60 6 130 66 6 140 71 6 160 81 6 150 76 6 170 86 6 180 91 6 190 96 6 200 101 6 210 106 6 220 111 6 230 116 6 240 121 6 ...

Page 104: ...er unter 36 Monaten geeignet wegen verschluckbarer Kleinteile Erstickungsgefahr Caution Not suitable for children under 36 months due to small parts which may be swallowed choking hazard Attention ne convient pas aux enfants de moins de 36 mois en raison de petites pièces pouvant être avalées risque d étouffement Dieses Produkt darf am Ende seiner Nutzungsdauer nicht über den normalen Hausmüll ent...

Page 105: ...105 Notes ...

Page 106: ... Doehler Haass Steuerungssysteme GmbH Co KG 2022 Doehler Haass Eichelhaeherstrasse 54 Changes and errors reserved D 81249 Muenchen Tel 49 0 89 95 47 49 27 technik doehler haass de www doehler haass de Edition 4 2022 ...

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