Setpoints (display points) can be custom labeled by the user with plastic inserts.  The inserts can be custom legended with text and/or graphics, and slipped into protective pockets behind the faceplate.

Setpoint adjustment can be performed by use of the arrow keys to move the value up or down.  The Select key is used to scroll between the six setpoints.  An LED to the left of each label insert shows which one is currently active.
The OM414 Setpoint/Display  Panel is part of Optimation's OptiMate® series. Each OptiMate® module is designed  to connect  to a PLC with a single cable connection.  OptiMate® 400 series panels can be used individually with a PLC or in a microprocessor system. 

When used with a microprocessor system, simple communications over an RS232 communications cable allows the microprocessor to directly read setpoints and update each display point.

When used with a PLC, operation is transparent to the user.  Panel functions tie directly into your PLC ladder  logic program.   The OM414 takes care of the rest.

Features
6 independent setpoints or display points with eight-digit numeric display
BCD "Double" cabability
Pushbutton  item selection
Non-volitile storage of setpoints 
User-Legendable
Stand-alone capability with direct connection to most PLCs
RS232 communications
Mix and match with most other OptiMate® modules

Benefits
Saves valuable I/O rack space
Eliminates the need for controller I/O modules for operator panel use
Reduces system integration and retrofit costs
Removes and replaces maintainability
Rapid future expansion
Attractive, eye-appealing appearance

Direct Connect to PLCs
OptiMate® modules connect and operate directly with most major PLCs.  A simple cable connection allows the PLC to control each lamp directly simply by setting bits in data registers.  Everything else is totally transparent.

Microprocessor-Based Systems
OptiMate® modules connect to any computer or microprocessor-based system through a serial link. RS232  communications can be employed.  The microprocessor controller simply polls for module data or sends module commands to completely control the operator panels.

Legending the Field Points
Legending the OM414 module involves simply sliding a legend transparency into the  pockets in the panel overlay.  The bezel can be removed from the front of the module.  Once this is done legend transparencies can be placed behind the overlay.

A legend transparency can be created by a number of  methods. Computer graphics programs combined with overhead transparency paper and a laser printer and/or copier produce excellent results.  Other options are listed in the OM414 data sheet.

Configuration
Configuring the OM414 requires the OM-WIN EDIT Configuration Editor, a cable connecting your PC to the module, and a 5VDC power supply with a center negative plug:  all sold by Optimation.

Specifications

Physical
Recessed Mount Housing 6.6"L x 4.0"H x 1.25"D
Cutout size for above 3.55"Hx5.80"L
Panel Fasteners : Four, 6x32 threaded studs (on ends, symmetrical about center line)
LED numeric digit height : 0.3 inch
Housing color :  Dark gray 

Electrical
Power (all LEDs on): 5VDC @ 0.85 Watts 170mA @ 5VDC
Power connector :DC Power plug, center negative

Communications
RS232
4800 to 19200 baud
Compatible with most major PLC protocols
Microprocessor-compatible protocol
6 pin RJ12 phone jack-type connector

Environmental
Enclosure   - NEMA 4 recessed mount
Temperature   - 0 to 50 C
Humidity   - 95% Non-condensing

Labeling of Field Points
User-defined slide-in label

Ordering
OM414 - Module with Dark gray enclosure. Please note that each PLC has a different suffix according to the following table.