Entron EN1000 series

Page 126 • 700120S • ENTRON Controls, LLC.
10.0 OPTIONS ON EN1000 AND EN1001 SERIES CONTROLS
The following optional devices can be used with EN1000 or EN1001. Consult factory or sales
representatives for details. Not all options are available in all Cabinet Styles.
10.1 MM2 MEMORY MODULE
The MM2 Memory Module is designed as a backup device for
any EN1000/EN1001 Series Control. There are two versions of
this device: MM2-RDE for controls with RDE option and MM2
for all other controls. The only difference between these two
versions is the connection to control. The MM2-RDE is designed
to plug into 9 pin D-Subminiature connector; the MM2 is designed to plug directly into J4
connector on Control Board. See Instruction Manual 700202 for additional information.
10.2 INTEGRATED PRESSURE SENSE & CONTROL SYSTEM (IPSC)
See Instruction Manual 700178 for further details regarding the options for IPSC System.
PRESSURE SENSOR
The Pressure Sensor accurately measures air pressure and converts
measurement to an electrical signal. The electrical output is a linear
ratio of the sensed pressure. The Sensor is connected to the IPSC or
IPS board through TS13. The signal from the Sensor is converted
by IPSC or IPS Board and data is sent to the weld Control Board.
The pressure may be displayed by the weld control if EXTENDED FUNCTION parameter
S.I.S.I.
S.I.S.I.
S.I.
is selected. The pressure reading depends on the location of the Sensor.
PRESSURE CONTROL
The Integrated Pressure Sense Control System is designed for any
application that requires automatic selection of a pre-programmed
pressure, or automatic switching between different pressure settings.
Weld control schedules may be chained to obtain sequential pressure
changes. The benefits of the system depend on the application. The
ENTRON IPSC or IPC System allows for sequencing of multiple
pressures with one initiation. The flexibility of operation is only
limited by the number of weld schedules. An IPSC or IPC System
may be used to remove the worry of pressure settings from the operator. Also, the IPSC or IPC
System may be used to reduce electrode wear by programming “soft set-down” during
SQUEEZE. The IPSC or IPC System may eliminate multiple valves to simplify forging
operations. Another application may serve to eliminate many valves when multiple pressures
are required for selecting different pressure regulators.
4-20 mA CONTROL AND/OR SENSE
The IPSC, IPS or IPC Board could be used for any 4-20 mA sensor input or 4-20 mA for
regulated output for different applications. For example, the IPS Board can be successfully
used for the welding parts detection.