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S p e z i a l e l e k t r o n i k     G m b H

 

 

 

 

iseg Spezialelektronik GmbH 

Email: sales@iseg-hv.de 

Phone ++ 49 (0)351 / 26 996 - 0 

 

Bautzner Landstr. 23 

http://www.iseg-hv.com 

Fax 

++ 49 (0)351 / 26 996 - 21 

 

D - 01454 Radeberg / Rossendorf 

Germany 

 

 

2

 

 
 

1. General information 

 
The crates ECH 128 or ECH 12A are able to carry up to 8 or 10 HV-modules in 

3U-Eurocassette with H15 

connector

 and one 

universal interface board

. The crates provide the necessary supply voltages and the 

connections for all remote control capabilities.  
 

During operation enough air flow has to be given to the unit.  

 
 

2. Technical data 

 

 

ECH 128 

ECH 12A 

 

8 slots 

 8TE (40,64mm) + 1 

 max. 12TE (60,96mm) 

10 slots / 8 TE (40,64mm) 

AC supply voltage

 

Before connecting to the local mains it must be proofed that the nominal line voltage 
of this unit is equal to the local mains. 

Power: Vin = 100 - 240 V-AC 

DC supply voltages 

+ 24 V ( up to 6,25 A) 

+ 24 V ( up to 6,25 A) 

Power total 

max. 150 W 

INHIBIT 

Lemo-hub on the rear, connected with INHIBIT-signal from all HV-modules 

TTL level, LOW = active 

 V

OUT-X

 = 0 

Mechanical layout 

 

19“ – 3U Standard BIN (84 TE)  /  ca. 320 mm depth 

 

Module slot depth 160 mm 

 

CAN-connectors: 9-pin Sub-D 

 
 

3. PIN assignment 

 

The external CAN-Bus is connected through 9-pin Sub-D connectors on the rear panel: 

 

Input Output  PIN  Signal 

Description 

  2 

CAN_L 

 

9-pin 9-pin  3 

CAN_GND 

GND 

Sub-D connector  

Sub-D connector  

CAN_SHLD 

Shield 

female male 

7  CAN_H   

Summary of Contents for ECH 128

Page 1: ...emoved We decline all responsibility for damages and injuries caused by improper use of the system It is highly recommended to read the operator manual before any kind of operation Note All information in this document is subject to change without notice We take no responsibility whatsoever for any error in this document We reserve the right to make changes in the product design without any notifi...

Page 2: ...8 slots 7 8TE 40 64mm 1 max 12TE 60 96mm 10 slots 8 TE 40 64mm AC supply voltage Before connecting to the local mains it must be proofed that the nominal line voltage of this unit is equal to the local mains Power Vin 100 240 V AC DC supply voltages 24 V up to 6 25 A 24 V up to 6 25 A Power total max 150 W INHIBIT Lemo hub on the rear connected with INHIBIT signal from all HV modules TTL level LOW...

Page 3: ...V24 10 12 0 to 5 V 26 PWR_ V V26 10 12 24 V DC 5 max 0 8 A 28 V_ISET Setting current V28 10 12 0 to 5 V IOUT 0 to IOUTmax 1 connected with VREF through 10 kΩ n c IOUTmax is possible 30 KILL_ENA TTL level High active HV_OFF without ramp if signal INHIBIT is active Restoring the output voltage is only possible after operating KILL_ENA or PWR_ON LOW or n c HV according V_VSET or V_ISET limited to Vma...

Page 4: ...r slots 0 to 7 H15 24 IM0 to IM7 V_i mon for slots 0 to 7 H15 14 KILLEN KILL_ENAfor slots 0 to 7 H15 30 24 V PWR_ Vfor slots 0 to 7 H15 26 GND PWR_0V for slots 0 to 7 H15 10 12 DB0 to DB7 POL for slots 0 to 7 H15 22 H15 slots 0 left to 9 right DB0 to DB7 POL for slots 0 to 7 H15 22 VSO to VS7 IS0 IS1 V_v set for slots 0 to 9 H15 20 IS2 to IS7 V_i set for slots 2 to 7 H15 28 VM0 to VM9 V_v mon for ...

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