Instruction Manual
C
HAPTER
2:
Installation
Installation
All wiring and mechanical instructions described in this section should be made with reference
to the “Simplified Circuit Diagram” on page 7-2 and the “Outline, Mounting and Adjustments
Diagram” on page 7-1. Also see “Input Power/Motor Wiring” diagrams starting on page 2-4.
Internal Adjustments
Jumpers
There are jumpers on the velocity regulator board of the MAX-430 to indicate desired operation
of the Forward and Reverse Amplifier Clamps and the System Status Output (FAC, RAC, and
SSO). There are also jumpers used to indicate desired operation of the optically isolated tran-
sistors on FAC, RAC and inhibit (INH) inputs. Refer to Table 2.1 for operation of the inputs and
outputs with jumpers P6 through P9A in the different positions. Also see on “Forward and
Reverse Amplifier Clamps (FAC, RAC)” on page 2-10.
Intro
!
CAUTION
If replacing a MAX-400 with a MAX-430, refer to Appendix A, “Differences from
the MAX-400” for a list of changes to be aware of.
T
ABLE
2.1
Inputs and Outputs with Jumpers P6 through P9A
Jumper
Pins
Position
Operation
Page
P6
1-2
FAC ILIMIT
Current reduced to 5% of peak current in
the forward direction when FAC is clamped.
2-3
∗
FAC DISABLE
No torque in the forward direction when
FAC is clamped.
P7
1-2
RAC ILIMIT
Current reduced to 5% of peak current in
the reverse direction when RAC is
clamped.
2-3
∗
RAC DISABLE
No torque in the reverse direction when
RAC is clamped.
P8
1-2
∗
Internal Opto Power
Optically isolated transistors (opto’s) on
FAC, RAC and INH inputs are powered
internally by the drive.
P8A
1-2
∗
Internal Sourcing Opto’s
Opto’s are sourcing inputs (pulled up to 24V
by internal power when true).
P8A
2-3
Internal Sinking Opto’s
Opto’s are sinking inputs (pulled down to
0V by internal power when true).
Summary of Contents for MAX-430
Page 36: ...3 8 Applying Power for the First Time P N 0013 1025 001 Rev F ...
Page 42: ...4 6 Diagnostics Troubleshooting P N 0013 1025 001 Rev F ...
Page 50: ...6 6 Component Ordering Information P N 0013 1025 001 Rev F ...
Page 52: ...7 2 Reference Drawings P N 0013 1025 001 Rev F Intro FIGURE 7 2 Simplified Circuit Diagram ...
Page 54: ...A 2 Differences from the MAX 400 P N 0013 1025 001 Rev F ...
Page 58: ...Help 4 Documentation Improvement Form P N 0013 1025 001 Rev F Second Fold Tape First Fold ...