Toptech Systems MultiLoad II User Manual

Chapter 6 – Additive Control
199
Firmware Version 3/4.31.37
Piston
Switch High
Piston Switch High
Piston Travel
Piston Return
IDLE Throw Time Throw Time IDLE
Inject
(Launch)
Piston @ Max Travel
(1/2 Cycle Complete)
Return
(Throw Time Expires)
Throw Time Expired.
Injection Complete
Piston Cycle
Graph
Figure 6.1 Piston Cycle Graph
6.3 ADDITIVE PORT ASSIGNMENT
For most additive methods, an additive output (injection signal) and an additive input are required. During
configuration, an additive FCM Port# will be assigned by the user. This port assignment will be for the additive
output (injection signal). Valid FCM Port# selections for the additive outputs are ports 0 and 1 on the internal I/O
board and 0, 1, 2, and 3 on an external FCM. The output port that is selected will dictate which port is used for
the additive input. For example, if Port 0 is selected as the FCM Port#, the output will be on port 0 and the
corresponding input will be at port 7. Below is a table of possible port assignments.

When using the Piston Only method, there is no additive input signal to be monitored. However,
the input port that corresponds to the selected output port will be dedicated as an additive port.
This port will be out of service and cannot be used for any other function.
6.3.1 ADDITIVE OUTPUT PORT AND INPUT PORT ASSIGNMENTS
Output Port
Input Port
Injector #1
0
7
Injector #2
1
6
Injector #3 (Excluding SMP)
2
5
Injector #4 (Excluding SMP)
3
4

Toptech Systems MultiLoad II Specifications

General

Brand	Toptech Systems
Model	MultiLoad II
Category	Control Unit
Language	English