Bertan 602C Installation And Operating Manual Download Page 8

8

SECTION III PROGRAMMING OPTIONS

3.1 

GENERAL

To provide additional flexibility and compatibility with earlier models, provision has been

included to allow voltage programming of all models with a 0 to –5 Volt programming input.
There are four different jumper-selectable modes for programming.  The jumpers for selecting

the required operating mode are located on PCB100 (the large PCB), easily accessible upon
removal of the cover.  Jumper locations are shown below in Table III-1.

The four modes are described below.  The first three modes apply to all Series 602C, 603C,
605C, 606C and 612C units.  The last mode applies only to the Series 612C and is included

only with Series 612C units ordered with the –5VPRO option.

3.2 

STANDARD MODE

The unit is shipped in this configuration and operation is as described in the previous sections
of this instruction manual.  The unit can be controlled using the internal pot or programmed

with a remote 0 to +5 Volt signal or controlled with a remote potentiometer.

3.3 

-5 VOLT PROGRAMMING (for 0 to 100% output voltage) MODE

To achieve this operation the jumpers on PCB100 must be configured as shown in the chart
below.  In this mode the programming signal is applied to P2 pin 4, same as for Standard

Mode, only now a 0 to –5 Volt programming input is required to achieve 0 to 100% output
voltage programming.  No jumpers should be attached to P2, the external connector.  In this

mode there is no internal control, the internal potentiometer is bypassed.

3.4 

-5 VOLT PROGRAMMING (for 0 to 103% output voltage) MODE:

To achieve this operation the jumpers on PCB100 must be configured as shown in the chart
below.  In this mode the programming signal is applied to P2 pin 4, same as for Standard

Mode.  No jumpers should be attached to P2, the external connector.

In this mode the internal potentiometer is used to control the maximum programmed output

voltage at –5 Volt programming input.  With the potentiometer fully clockwise, the output will be
0 to 103% of maximum for a 0 to –5 Volt input.  With the potentiometer turned up

approximately half way, a 0 to –5 Volt input will produce a 0 to approximately 50% of maximum

output voltage.

This mode is included to provide exact compatibility with some previous units.  It also provides
the user with a controllable upper limit on the programmed output for an input of –5 Volts.

Summary of Contents for 602C

Page 1: ...NSTALLATION AND OPERATING MANUAL BERTAN SERIES 602C 603C 605C 606C 612C Del Power Conversion Group One Commerce Park Valhalla NY 10595 Phone 800 811 0638 FAX 914 686 2870 A DEL Global Technologies Company ...

Page 2: ...esistance programming is also available to the user as a standard feature All units offer a 0 to 5Vdc analog monitor output proportional to the output current The Series 602C 603C and 612C require an input of 115 230Vac switch selectable 10 50 60Hz The Series 605C and 606C require a 28Vdc 10 input or 24Vdc 10 for units equipped with 24V Option Each unit in the Series converts the applied power to ...

Page 3: ... change Load Regulation 0 002 maximum for a NL to FL and FL to NL change Temp Coeff 50ppm o C over the range of 0 to 50o C Stability 0 01 hr 0 02 8 hrs after hour warm up Control LOCAL Internal minimum 15 turn potentiometer REMOTE VOLTAGE 0 to 5Vdc analog input signal is proportional to 0 to maximum rated output input impedance approximately 0MÙ REMOTE RESISTANCE A 5kÙ potentiometer for variable c...

Page 4: ...UG 932 U Bertan PDB 603C 606C 15 P N thru 50 P N KINGS 1707 1 SHV 1705 1 Bertan PAE All 605C and all 100 P N and 150 P N 8101FP 8101M Bertan PGC 008L151 000 All 200P N 8101FP 8101M Bertan PGC 008L151 000 All 300P N 8111SFP 8111M Bertan PGQ 008L201 000 Only the mating connectors for the 8101FP and 8111SFP assembled to an unshielded high voltage cable are provided For other HV mating connectors orde...

Page 5: ...bs kg 602C 5 03 x 3 06 x 8 66 125 x 78 x 220 6 75 3 1 603C 5 00 x 5 50 x 8 50 127 x 140 x 216 8 0 3 64 605C 5 04 x 2 75 x 4 75 128 x 70 140 x 114 3 2 1 45 606C 5 00 x 5 50 x 4 50 127 x 140 x 114 3 5 1 6 612C 4 88 x 8 38 x 9 75 124 x 213 x 248 9 4 1 ...

Page 6: ... making appropriate connections via the 9 pin Molex connector All modes provide high voltage control from 0 to 100 0 5 2 3 1 INTERNAL POTENTIOMETER CONTROL See Section 2 7 for hook up information This will allow control of the high voltage output by means of the multi turn potentiometer accessible via a hole in the cover 2 3 2 EXTERNAL POTENTIOIMETER CONTROL See Section 2 7 for hook up information...

Page 7: ...ROL MONITOR ALL MODELS CONNECTOR P2 Note To obtain local control using the internal potentiometer accessible at the top of the unit jumper P2 pin 4 to pin 9 For remote potentiometer control connect the remote potentiometer as follows CW terminal to P2 pin 5 CCW terminal to P2 pin 3 Wiper terminal to P2 pin 4 For remote 0 to 5V voltage programming apply the input program voltage to P2 pin 4 For rem...

Page 8: ...this operation the jumpers on PCB100 must be configured as shown in the chart below In this mode the programming signal is applied to P2 pin 4 same as for Standard Mode only now a 0 to 5 Volt programming input is required to achieve 0 to 100 output voltage programming No jumpers should be attached to P2 the external connector In this mode there is no internal control the internal potentiometer is ...

Page 9: ...voltage programming No jumpers should be attached to P2 the external connector In this mode there is no internal control the internal potentiometer is bypassed TABLE III 1 PCB 100 JUMPER POSITIONS STANDARD MODE Jumper pins 1 to 3 pins 5 to 7 3 3 5 VOLT PROGRAMMING for 0 to 100 output voltage MODE Jumper pins 1 to 2 pins 3 to 4 3 4 5 VOLT PROGRAMMING for 0 to 103 output voltage MODE Jumper pins 1 t...

Page 10: ...e free operation If any question should arise contact the Bertan Customer Service Department for assistance or return authorization Although it is felt that adequate information is provided in this manual it is suggested that the unit be returned to the factory is service should become necessary The power supply can be returned to the factory for annual calibration and certification to its origina...

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