American Magnetics 05100PS-430-601 High Stability Integrated Power Supply System - Manual (Page 35)

Rev. 3 17
Installation
Bipolar High-Stability Supply
Refer to Figure 2-1 on page 16. Ensure the cabling is connected in the
following manner:
Note
The use of locking hardware is recommended for all high-current
connections.
Caution
Do not overtighten the hardware on the interconnection terminals
(refer to specifications table on page 9 for torque limits).
Overtightening can result in damage to the terminals.
Warning
Ensure the protective diode is installed across the output terminals
of the power supply with the anode at the negative (–) terminal and
the cathode at the positive (+) terminal. Removal or omission of this
protective diode may cause serious injury to personnel and damage
to the power supply under loss of AC power conditions.
a. Connect the protective diode between the output busbars of the
power supply: anode to the negative (–) terminal and the cathode to
the positive (+) terminal.
b. Connect the positive (+) OUTPUT bus (1) of the power supply to the
positive (+) bus (15) of the Model 601 Energy Absorber.
Note
The current-direction arrow on the CT must point toward the power
supply.
c. Connect the negative (−) bus (16) of the Model 601 Energy Absorber
to the positive (+) magnet current lead (2).
d. Connect the negative magnet current lead (3) and route it through
the CT (see note). Connect the other end to the negative power
supply bus (6).
e. Connect two jumpers (17) from terminal block position S- to M- and
from S+ to M+ on the power supply unit.
f. Connect the CT power supply to the TRANSDUCER POWER
connector (5) on the rear of the Model 430 Programmer.
g. Connect the current transducer output to the current transducer
SIGNAL connector (4) on the rear of the Model 430 Programmer.