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25

 

019 

Shunting gear deceleration 

See par011 

0 – 255 

1 

021 

Signal-stopping section 

1 or 2 

0, 1 

0 

022 

Consist mode F1 – F8 

Reserved 

 

 

023 

Consist mode FL, F9 – F12 

Reserved 

 

 

024 

Preclusion for LV 

Bit 0 = F1 to bit 7 = F8 

0 – 255 

0 

025 

Preclusion for LR 

See par024 

0 – 255 

0 

026 

Preclusion for AUX1 

See par024 

0 – 255 

0 

027 

Preclusion for AUX2 

See par024 

0 – 255 

0 

028 

Analog mode F1 – F8 

Bit 

Function 

Value 

0 

F1 

    1 

1 

F2 

    2 

2 

F3 

    4 

3 

F4 

    8 

4 

F5 

  16 

5 

F6 

  32 

6 

F7 

  64 

7 

F8 

128 

0 – 255 

1 

029 

Analog mode FL, F9 – F12 

Bit 

Function 

Value 

0 

FL (f) 

    1 

1 

FL (r) 

    2 

2 

F9 

    4 

3 

F10 

    8 

4 

F11 

  16 

5 

F12 

  32 

0 – 63 

3 

031 

Interchange of track connections 

0 = normal, 1 = inversed 

0, 1 

0 

032 

Interchange of motor connections 

0 = normal, 1 = inversed 

0, 1 

0 

033 

Interchange of light connections 

0 = normal, 1 = inversed 

0, 1 

0 

Summary of Contents for DHP160

Page 1: ...Doehler Haass LOCOMOTIVE DECODER DHP160 DHP250 DHP260 ...

Page 2: ...Loco Decoder DHP250 Loco Decoder DHP260 G1 G2 Track 1 2 M1 M2 Motor 1 2 LV Front light LR Rear light AUX1 AUX4 Additional functions 1 4 VS Supply voltage ZVS SUSI supply voltage ZCLK SUSI clock ZDAT SUSI data GND SUSI ground ...

Page 3: ... 7 6 3 Installation 8 7 Operating system SelecTRIX 1 SX1 11 7 1 Functions 11 7 2 Setup features 11 7 3 Operation 14 7 4 Explication of the signal stopping section 14 8 Operating system DCC 15 8 1 Functions 15 8 2 Setup features 15 8 3 Operation 22 9 Operating system SelecTRIX 2 SX2 23 9 1 Functions 23 9 2 Setup features 23 9 3 Operation 30 Supplement 1 31 Supplement 2 33 ...

Page 4: ...available DHP160 DHP161 DHP163 23 3 x 12 9 x 2 7 1 5 A 1 5 A 25 V each 300 mA 300 mA je 1 0 A available DHP250 DHP252 DHP253 22 2 x 15 7 x 5 7 2 0 A 2 0 A 25 V each 300 mA 300 mA je 1 0 A available DHP260 1 Introduction The locomotive decoder DH05A and DH10A are compatible with the protocols of SelecTRIX Standard SX1 SX2 as well as with NMRA DCC Standard They can be controlled by every central con...

Page 5: ...very decoder is fully tested before delivery The warranty period is 2 years from the date of purchase Should a failure occur during this period please contact the dealer where you purchased the decoder respectively directly the producer Doehler Haass 4 Support and Help In case you have any problems or questions please contact us by E Mail under the address doehler haass t online de Normally you wi...

Page 6: ...art that way an especially smooth regulation behavior Various regulation variants for an optimal adaptation to the motor 127 internal speed steps Block system operation by simple diodes digital operating system Light and function output AUX1 can be dimmed and activated analogically Function outputs AUX2 AUX3 and AUX4 only if available can activated analogically Shunting gear Electronic interchange...

Page 7: ... motor and all its terminals completely against track connections chassis collector slipper etc Both motor connections must be disconnected from the ground Further on all condensers have to be removed particularly those associated with the connections of light and motor Fix the decoder with a double sided adhesive tape 6 2 Check after the insertion The first test should be executed in the programm...

Page 8: ...ready the appropriate connections for this plug The decoder can be inserted into the interface without any problem now 3 In case your locomotive is equipped with a 21 pin interface you should take the decoder DHP260 They have already the appropriate connections for this plug The decoder can be inserted into the interface without any problem now 4 If the locomotive is not equipped with an interface...

Page 9: ... wire which was connected to the left track M2 white wire with the front light LV yellow wire with the rear light LR green wire function output AUX1 only DHP252 and DHP253 violet wire function output AUX2 only DHP253 blue wire supply voltage up to 25 volts VS only DHP252 and DHP253 In addition for SUSI interface only if available red wire SUSI supply voltage ZVS blue wire SUSI clock ZCLK gray wire...

Page 10: ...nd must be connected to the consumers with individual wires see Illustration page 2 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 adjustment options of the respective operating system ...

Page 11: ...ddress 1 with 8 additional functions 7 2 Setup features All locomotive parameters can be varied by programming freely at any time Please take the information concerning the programming from the instructions of your programming device Basic setups Loco address 01 111 01 Velocity 1 7 5 Acceleration Deceleration 1 7 4 Impulse width duration 1 4 2 Signal stopping section 1 2 parts 1 ...

Page 12: ...ections 0 7 4 Interchange motor connections 1 Interchange light connections 2 Interchange track connections 4 Activation of AFB and additional channel Function With AFB Without AFB Without additional channel 1 2 With ZK without function mapping 3 4 With ZK with function mapping 5 6 the additional channel ZK Zusatzkanal has always the address Loco address 1 Motor regulation variant 1 4 User defined...

Page 13: ...nce 00 VAI and a subsequently push on the programming key Notice Coreless motors should be operated with regulation variant 4 and pulse width 1 Damages due to incorrect adjustments are excluded from the warranty Caution Reading out and entering extended characteristic values overwrites the default values of the decoder In case you have varied the extended characteristic values the default characte...

Page 14: ...e wiring instructions of the programming track Never put such a locomotive into operation 7 4 Explication of the signal stopping section One part signal stopping section In front of the signal one track section is controlled by a diode The decoder must be programmed on one part stopping section The locomotive will be braked to a halt Two part signal stopping section In front of the signal there ar...

Page 15: ...Consist mode yes Full NMRA conform yes Programming on the main POM yes 8 2 Setup features The characteristics of a locomotive operated in the DCC operating mode can be varied by programming the configuration variables CV freely at any time The programming procedure is described in the instructions of your programming device Notice In case the speed steps programmed on the decoder differ from those...

Page 16: ... 255 3 04 Deceleration time The value corresponds to the time in seconds from maximum speed to stop 0 255 3 05 Maximum speed See supplement 2 0 127 92 07 Version number Version number 08 Manufacturer identification 97 Doehler Haass Decoder Reset by 8 09 Motor frequency 0 32 kHz 2 low frequency 0 2 0 13 Analog mode F1 F8 Bit Function Value 0 F1 1 1 F2 2 2 F3 4 3 F4 8 4 F5 16 5 F6 32 6 F7 64 7 F8 12...

Page 17: ...ains the most significant byte CV18 contains the least significant byte Only if activated by CV29 0 255 192 0 19 Consist address Several compound locos run under this address 0 deactivated Value 128 inverse direction 0 127 0 21 Consist mode F1 F8 Bit Function Value 0 F1 1 1 F2 2 2 F3 4 3 F4 8 4 F5 16 5 F6 32 6 F7 64 7 F8 128 0 255 0 ...

Page 18: ...6 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 set to the same value 0 255 8 37 Function mapping F3 See supplement 1 0 255 16 38 Function mapping F4 See supplement...

Page 19: ...pping F12 See supplement 1 0 255 0 47 Function mapping F1 r See supplement 1 In case CV47 should have another value as CV35 you have to set CV35 first and then CV47 0 255 4 48 Characteristic diagram Response curve 0 linear 7 logarithmic See supplement 2 0 7 5 49 Impulse with 0 1 ms 1 2 ms 2 4 ms 3 8 ms 0 3 1 50 Regulation variant 0 user defined by CV56 ff 1 Hard 2 Soft 3 Very Soft 0 3 2 51 Interch...

Page 20: ...peed 0 127 63 62 Shunting gear deceleration See CV03 0 255 1 63 Start delay speed step 1 0 250 0 64 Function mapping F2 r See supplement 1 In case CV64 should have another value as CV36 you have to set CV36 first and then CV64 0 255 8 105 User identifier 1 0 255 0 106 User identifier 2 0 255 0 113 Preclusion for LV Bit 0 F1 to bit 7 F8 0 255 0 114 Preclusion for LR See CV113 0 255 0 115 Preclusion...

Page 21: ...21 All configuration variables except for CV01 CV17 and CV18 locomotive addresses can be accessed during operation on your layout POM programming on the main ...

Page 22: ... 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 of the programming track Never put such a locomotive into operation Notice Block section operation in the DC current operating mode is not possible with the f...

Page 23: ...med Additional functions AUX2 AUX3 AUX4 not DHP160 Operation with break diodes yes Programming on the main POM yes 9 2 Setup features The characteristics of a locomotive operated in the SX2 operating mode can be varied by programming the parameters par freely at any time The parameter programming procedure is described in the instructions of your programming device ...

Page 24: ...dditional channels 0 relative Additional 1 par003 par004 Additional 2 par003 par005 1 absolute 0 1 0 008 Consist address unit position Reserved 009 Consist address hundred position Reserved 011 Acceleration time The value corresponds to the time in seconds from start to maximum speed 0 255 3 012 Deceleration time See par011 0 255 3 013 Maximum speed See supplement 2 0 127 92 014 Starting voltage R...

Page 25: ...or AUX1 See par024 0 255 0 027 Preclusion for AUX2 See par024 0 255 0 028 Analog mode F1 F8 Bit Function Value 0 F1 1 1 F2 2 2 F3 4 3 F4 8 4 F5 16 5 F6 32 6 F7 64 7 F8 128 0 255 1 029 Analog mode FL F9 F12 Bit Function Value 0 FL f 1 1 FL r 2 2 F9 4 3 F10 8 4 F11 16 5 F12 32 0 63 3 031 Interchange of track connections 0 normal 1 inversed 0 1 0 032 Interchange of motor connections 0 normal 1 invers...

Page 26: ... Soft 0 3 2 053 Impulse width 0 1 ms 1 2 ms 2 4 ms 3 8 ms 0 3 1 054 Motor frequency 0 32 kHz 2 low frequency 0 2 0 056 Motor proportional controller Only if activated by par052 0 0 7 3 057 Motor integral controller Only if activated by par052 0 0 3 3 058 Motor measurement period Only if activated by par052 0 0 3 1 059 Motor impulse width Only if activated by par052 0 0 7 3 061 Function mapping F0 ...

Page 27: ... 1 0 255 64 071 Function mapping F9 See supplement 1 0 255 0 072 Function mapping F10 See supplement 1 0 255 0 073 Function 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 another value as par063 you have to set par063 first and then par075 0 255 4 076 Timer for clear AUX1 Each 100 ms 0 dea...

Page 28: ...uld have another value as par064 you have to set par064 first and then par085 0 255 8 098 User identifier 1 0 255 0 099 User identifier 2 0 255 0 101 Manufacturer identifier Read only 97 Doehler Haass 102 Decoder identifier Read only DHP160 16 DHP250 25 DHP260 26 103 Version number Read only 104 Date Read only 105 Revision number Read only ...

Page 29: ...29 All parameters except for par001 and par002 locomotive address can be accessed during operation on your layout POM programming on the main ...

Page 30: ...ddress and start running the locomotive keeping the other 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 of the programming track Never put such a locomotive into operation ...

Page 31: ...X3 AUX2 AUX1 LR LV Value 128 64 32 16 8 4 2 1 RG Shunting gear ABL dimmed headlights Example F4 should activate the shunting gear and switch on the outputs LV and LR LV 1 LR 2 RG 128 so you must enter the value 131 in CV38 par066 Notice AUX4 AUX3 and AUX2 are not available in the decoder DHP160 Timer function CV 117 120 par076 079 Value 0 The timer is switched off continuous operation Value 1 250 ...

Page 32: ...ng at the wagons must be switched off but the other lights must be reversed in the direction of travel white red F0 switches on the light white or red in dependency of the direction of travel F2 switches off the front light F3 switches off the rear light CV par Function RG ABL AUX4 AUX3 AUX2 AUX1 LR LV 33 061 F0 f x x 34 062 F0 r x x CV par Function F8 F7 F6 F5 F4 F3 F2 F1 113 024 LV off x 114 025...

Page 33: ...cteristic diagrams Speed step characteristics Maximum speed characteristic Characteristic speed step diagram Linear 0 Logarithmic 7 The curve 5 of the speed step characteristics corresponds with the DHL loco decoder series ...

Page 34: ...34 ...

Page 35: ...nt of your municipality Not suitable for children under 36 month because of the danger of swallowing the product and of injuries due to sharp edged parts Nicht geeignet für Kinder unter 3 Jahren wegen der Gefahr des Verschluckens sowie der Verletzung durch scharfkantige Teile Ne convient pas aux enfants en dessous de 36 mois ...

Page 36: ...36 Company stamp DOEHLER HAASS GmbH A Haass Eichelhäherstrasse 54 Modifications and errors excepted D 81249 München Tel 49 0 89 8641487 www doehler haass de Version 03 2012 ...

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