$1,095.00 (USA and Canada only)
Item
Specification
CPU
32-bit Motorola 68EC020 processor
CPU clock frequency
16.67 MHz
Memory RAM Flash ROM
1 MB with battery backup 256 KB
RAM/clock battery
3.6-volt lithium, non-rechargeable, user replaceable, p/n G4BATT32
I/O
Opto 22 remote I/O using RS-485
Communication
COM 0: jumper selectable as RS-232 or RS-485, 2-wire or 4-wire. Modem control signals are present for RS-232 (RTS, CTS, DTR, DCD, and R). Pull-up, pull-down, and termination are jumper selectable for RS-485 operation, allowing multidrop operation.
COM 1: dedicated Opto 22 remote I/O port (2-wire RS-485 with interrupt capability)
COM 2 and COM 3 (LCSX-PLUS only): jumper selectable RS-232 or RS-485. RS-232 signals include TX, RX, RTS, and CTS. RS-485 is either 2-wire or 4-wire, with selectable termination and biasing.
Note: All ports use low-noise slew-rate-limited drivers and are transient protected to 400 W.
Real-time clock
Clock/calendar, Epson 64613 with battery backup
Power requirements
5 VDC ± 5% at 500 mA (maximum)
Typical operating temperature
0 °C to 70 °C
Storage temperature
-40 °C to 85 °C
Humidity
5% to 95% relative humidity, non-condensing
Software
FactoryFloor (OptoControl, OptoDisplay, OptoServer, and OptoConnect) and Classic software (Cyrano, Mistic MMI, and MDS)
System monitor
Processor and power watchdog timers
The SNAP-LCSX and SNAP-LCSX-PLUS controllers are the cost-effective answer to applications requiring small, powerful, real-time industrial control.
This README file lists revision changes made to the firmware used in the following Opto 22 controllers that run OptoControl strategies: G4LC32, G4LC32SX, M4, M4IO, M4RTU, SNAP-LCSX, SNAP-LCSX-PLUS, and SNAP-LCM4.
This README file lists revision changes made to the firmware used in the following Opto 22 controllers that run Cyrano strategies: G4LC32, G4LC32SX, G4LC32ISA, G4LC32ISA-LT, M4, M4IO, M4RTU, M4RTU Rev.2, SNAP-LCM4, SNAP-LCSX, and SNAP-LCSX-PLUS.
This manual contains information about configuration, installation, and communications connections to the SNAP-LCSX and SNAP-LCSX PLUS controller.
This document describes migration options for customers integrating the SNAP PAC System with older Opto 22 systems. It explains the SNAP PAC System's similarities and differences with earlier systems, defines legacy products, and shows how to mix old and new hardware. Customers moving to the SNAP PAC System may also want to consult form #1693, Legacy and Current Product Comparison and Compatibility Charts.
Minnesota Control Company is using a collection of Opto 22 ’s popular serial products including the G4 I/O modules, B100 brain boards, and SNAP-LCM4s (with fiber-optic repeaters) for automating and monitoring the airport’s many critical systems.
Caso sobre la automización de un amplio sistema acuífero en la ciudad de Monterrey, NL en México. (Case study describing a large water/wastewater control project in the city of Monterrey, Mexico. Document is in Spanish.)
This document describes how to install a SNAP DIN-RAIL mounting assembly.
This document is the Manufacturer's Declaration for the listed products as mentioned in the attachment - to which this confirmation refers - that they are in accordance with the mentioned European, international and/or national standards and regulations.
This download contains BETA firmware for Opto 22 controllers running OptoControl strategies. Beta Version Disclaimer: OptoControl is a legacy product, which is no longer getting new features and no longer going through official release cycles. Beta versions of the firmware are made available as-is for those who need the related bug fixes. In general, beta versions will include bug fixes since the last official release, without adding new features. This usually enhances product stability without introducing unwanted side effects. Beta versions for legacy products have been through basic testing only, and will not be formally tested. Ultimately, the choice will be up to the user as to whether the benefit of using the beta version is worth the risk. We simply want to make the beta version available so that you have options.
This download contains the current firmware for the SNAP-LCSX controller. The download also includes firmware for SNAP-LCM4, SNAP-LCSX, SNAP-LCSX-PLUS, M4, M4RTU, and other Opto 22 OptoControl-based controllers.
This file contains AutoCAD drawings of Opto 22 products dating from 1988 to 2003. These are the same drawings that have been available on our BBS. Included is an Excel file describing the file names and relevant Opto 22 part numbers.
Current release of 16-bit Cyrano firmware. This firmware is required to run Cyrano strategies on legacy Opto 22 controllers.
Current release of 16-bit Cyrano firmware. This firmware is required to run Cyrano strategies on Opto 22 controllers. This file installs the Opto 22 Flash 200 utility (version R3.1i) and Cyrano firmware (version R3.2j).
The predecessor to OptoControl, Cyrano is a DOS application for flowchart control programming. This software does not run under Windows NT.
Mistic MDS is the predecessor to OptoServer. It is a DDE-only server for the Cyrano tagname database that operates under Windows 3.x.
Mistic MMI is the predecessor to OptoDisplay. It is a 16-bit Windows 3.x Man-Machine Interface package that is tightly integrated with Cyrano.
Use this library file together with the Modbus Integration Kit for OptoControl.
This download contains a full installation of the most recent version of OptoTerm, a software utility for: