|
Lamps can be custom labeled by the user with a plastic insert. The insert can be a custom legend with text and/or graphics, and slips into a protective pocket behind the faceplate.
The OM1124 Annunciator/Lamp Panel is part of Optimation's OptiMateŽ series. Each OptiMateŽ module is designed to connect to a microprocessor or most PLC's with a single cable connection. OptiMateŽ modules can be used individually or together with any combination of other OptiMateŽ modules.
When used with a microprocessor system, simple communications over either an RS232 or RS422 communications cable allows the microprocessor to directly control each lamp.
When used with a PLC, operation is transparent to the user. All the user must do to totally control lamp operation is write the required lamp states to PLC registers or turn on ladder logic coils. The OM1124 takes care of the rest.
Features
24 Plug-In LED Light Bars
Steady on or synchronized flash mode
Red, green, or yellow lamps available
User Legendable
Stand alone capability with direct
connection to most PLCs
Compatible with any computer via
serial communications
Mix and match with other OptiMateŽ
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
Reduced maintenance costs
Attractive, eye- appealing appearance
Direct Connect to PLCs
OptiMateŽ 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.
PLC Multi Modules
The OptiMateŽ series provides the means to construct large custom panels with standard building block modules. OptiMateŽ modules can be grouped together or separated by up to 4000 feet. Any combination of operator panels and I/O can be incorporated into a system.
Microprocessor-Based Systems
OptiMateŽ modules connect to any computer or microprocessor- based system through a serial link. Either RS232 or RS422 communications can be employed. The microprocessor controller simply polls for module data or sends module commands to completely control the operator panels and IO.
Legending the Lamps
Legending the OM1124 module involves simply sliding a legend transparency behind the module overlay. The bezel can be removed from the front of the module. Once this is done, a legend transparency 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 OM1124 data sheet.
Specifications
Physical
Recessed Mount Housing 9.5"L x
4.0"H x 1.75"D
Cutout size for above 3.55"Hx8.45"L
Panel Fasteners : Four, 6x32 threaded
studs, shown above (on ends, symmetrical about center line)
Weight : 18 ounces
Color : Dark Gray with black panel
Lamp Colors Available : Red,
Green, Yellow
(Standard unit contains all red
LED lamps. LED's are socketed and can be
replaced with any LED color listed
above)
Lamp window size : .7" x .4"
Electrical
Power (all lamps on) : 8 - 30VDC
@ 10Watts 800 mA @ 12VDC
400 mA @ 24VDC
Power connector : Pluggable terminal
block, 2 position
Communications
RS232 and RS422
4800 to 19200 baud
Compatible with most major PLC protocols
Microprocessor compatible protocol
15 pin female 'D' shell connector
Environmental
Enclosure - NEMA 4 (installed)
recessed mount
Temperature - 0 to 50 C
Humidity - 95% Non-condensing
Labeling
of Indicator Lights
User-defined slide-in label
Ordering
OM1124 :Module with
all red lamps
OM1124-1:Module with red, yellow,
and green lamps
Please note that each PLC has a different suffix according to the following table.
|
Allen Bradley
|
Automation Direct
|
Entertron
|
GE Fanuc
|
IDEC
|
Keyence
|
Mitsubishi
|
Modbus
|
Omron
|
Toshiba
|
OptiMate Hex
|
|
| OM1124 |
A
|
A
|
B
|
A
|
B
|
~
|
B
|
A
|
A
|
A
|
A,B
|