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General| Programming Software | Proficy Machine Edition |
|---|---|
| Type | Programmable Logic Controller (PLC) |
| Communication | Ethernet, Serial, Profibus |
| Power Supply | 24V DC or 100-240V AC |
| Programming Languages | Ladder Logic, Structured Text, Function Block Diagram |
| Communication Ports | Ethernet, RS-232, RS-485 |
| Operating Temperature | 0°C to 60°C (32°F to 140°F) |
| Certifications | UL, CE |
Information about VersaMax power supplies.
Information about VersaMax carriers.
Information on VersaMax expansion modules.
Descriptions of VersaMax discrete mixed modules.
Descriptions of VersaMax analog mixed I/O modules.
Information on the VersaMax mixed discrete/high-speed counter module.
Descriptions of VersaMax temperature-sensing modules.
Details PLC functionality, I/O points, serial ports, and programming.
Lists features like Ladder Diagram, floating point, memory, battery backup, and communications.
Lists available CPUs with serial ports and Ethernet interface.
Provides I/O scanning and communication interface.
Lists Ethernet, DeviceNet, Profibus, and Genius NIUs.
Describes AC or DC Power Supply module installation on CPU or NIU.
Use of booster carriers for additional power needs.
Lists available VersaMax power supplies and their carriers.
Details module dimensions and mounting options on carriers.
Explains LED indicators for power status and module description.
Lists available discrete input modules with their specifications.
Lists available discrete output modules with their specifications.
Lists available mixed I/O modules with specifications.
Lists available analog input modules with specifications.
Lists available analog output modules with specifications.
Lists available analog mixed I/O modules with specifications.
Describes terminal-style, compact terminal-style, and connector-style carriers.
Lists available terminal-style I/O carriers.
Lists available compact terminal-style I/O carriers.
Lists available connector-style I/O carriers.
Describes Multi-Rack and Two-Rack Local expansion systems.
Expands VersaMax PLC or NIU I/O station to include additional racks.
Details the system with Expansion Transmitter and Receiver Modules.
Interfaces an expansion rack to a VersaMax PLC or NIU I/O Station.
Describes a system connected directly to one expansion rack.
Interfaces an expansion rack to a VersaMax PLC or NIU I/O Station.
Lists analog modules requiring specific revisions for expansion racks.
Lists available expansion modules, cables, terminator plugs, and connector kits.
Provides additional flexibility for VersaMax systems.
Lists available PLC communications modules.
Covers vibration, shock, temperature, humidity, and enclosure protection.
Details EMC emission standards and immunity specifications.
Covers dielectric withstand and input dip variations.
Inspect shipping containers for damage, notify delivery service, record serial numbers.
Describes installation on DIN rail or panel mounting.
Steps for sliding carriers onto the DIN rail.
Procedure for installing an Expansion Transmitter Module.
Procedure for installing an Expansion Receiver Module.
Connects Expansion Transmitter to Expansion Receivers for multi-rack systems.
Connects CPU/NIU to one expansion rack for two-rack local systems.
Procedure for installing a power supply module on a carrier.
Discusses four types of wiring and separation for noise reduction.
Details wire specifications and grounding for power supplies.
Instructions for installing a jumper for 120VAC operation.
Proper grounding procedures for control system components.
Wiring recommendations for inductive loads using suppression circuits.
Describes installation and wiring for various interposing I/O terminals.
Provides integrated disconnect option for field devices.
Provides dry contacts for switching high current outputs.
Procedure for installing modules onto carriers.
Assures correct module type installation using keying dials.
Step-by-step guide for installing a module on its carrier.
Procedures for removing and inserting I/O modules in an operating system.
Provides backplane power for CPU, NIU, and I/O modules.
Provides backplane power with expanded 3.3V output.
Provides backplane power for CPU, NIU, and I/O modules.
Provides backplane power with expanded 3.3V output.
Provides backplane power for CPU, NIU, and I/O modules.
Provides backplane power with expanded 3.3V output.
Provides mounting, backplane, and field wiring for one I/O module.
Provides mounting, backplane, and field wiring for one I/O module.
Provides mounting, backplane, and field wiring for one I/O module.
Provides mounting, backplane, and field wiring for one I/O module.
Provides mounting, backplane, and field wiring for one I/O module.
Provides mounting, backplane, and field wiring for one I/O module.
Provides mounting, backplane, and field wiring for a communications module.
Mounts an additional power supply in sequence with other carriers.
Interfaces a Connector-Style I/O Carrier to field wiring.
Interfaces a Connector-Style I/O Carrier to field wiring.
Interfaces a Connector-Style I/O Carrier to field wiring from thermocouples.
Interfaces a Connector-Style I/O Carrier to field wiring.
Provides integrated disconnect option for field devices.
Provides integrated disconnect option for field devices.
Provides dry contacts for switching high current outputs.
Provides dry contacts for switching high current outputs.
Provides extra field wiring connections for terminal-style I/O carriers.
Provides extra field wiring connections for terminal-style I/O carriers.
Provides extra field wiring connections for terminal-style I/O carriers.
Provides one group of 8 discrete inputs.
Provides one group of 8 discrete inputs.
Provides 8 isolated discrete inputs.
Provides 4 isolated discrete inputs.
Provides two groups of 8 discrete inputs each.
Provides two groups of 8 discrete inputs each.
Provides 16 isolated input points.
Provides 8 isolated discrete inputs.
Provides 8 discrete isolated inputs.
Provides 16 discrete isolated inputs.
Provides two groups of 8 discrete inputs.
Provides four groups of 8 discrete inputs.
Provides two groups of 8 discrete inputs.
Provides two groups of 8 discrete inputs.
Provides four groups of 8 discrete inputs.
Provides four groups of 8 discrete inputs.
Provides 8 isolated outputs.
Provides 16 isolated outputs.
Provides 8 isolated outputs.
Provides 8 discrete outputs with overcurrent and short circuit protection.
Provides 16 discrete outputs.
Provides 16 discrete outputs with overcurrent and short circuit protection.
Provides 32 discrete outputs with overcurrent and short circuit protection.
Provides 16 discrete negative logic outputs.
Provides 32 discrete negative logic outputs.
Provides 32 discrete positive logic outputs.
Provides 8 individually-isolated Form A relay outputs.
Provides 16 individually-isolated Form A relay outputs.
Provides 20 inputs and 12 relay outputs.
Combines 24VDC positive logic outputs with 24VDC positive/negative logic inputs.
Features 10 positive logic inputs and 6 relay outputs.
Combines 12/24VDC positive logic outputs with 24VDC positive/negative logic inputs.
Features isolated relay outputs and grouped DC logic inputs.
Combines isolated relay outputs with 120VAC grouped inputs.
Features isolated relay outputs and 240VAC grouped inputs.
Combines isolated AC outputs with grouped AC inputs.
Features isolated relay outputs and isolated AC inputs.
Combines isolated relay outputs with isolated AC inputs.
Features grouped DC logic outputs and inputs.
Offers inputs, outputs, and configurable HSC, PWM, or Pulse Train points.
Describes default configuration and input/output operations.
Lists software-configurable features for counters, PWM, and pulse trains.
Details the operation of Type A counters, including limits and registers.
Describes Type B counters, including phase relationship and registers.
Explains how counter outputs respond based on preset values.
Details PWM output operation, frequency, and duty cycle.
Explains pulse train output functionality and configuration.
Describes how acceleration and deceleration factors apply to Pulse-Train output.
How to send temporary operating changes via Data Commands.
Intelligent module accepting signals from RTD input devices.
Intelligent module accepting thermocouple or millivolt inputs.
Lists features like selectable resistance measurement and alarm reporting.
Details thermocouple types, spans, resolution, and cold junction compensation.
Lists millivolt and temperature limits for various thermocouple types.
Selecting measurement units and RTD types.
Accepts thermocouple inputs, converts to digital values, and determines input conditions.
Used as a placeholder for a future I/O module, protects carrier electronics.
Has 16 switches to turn on/off any input on a 24VDC module.
Provides additional bussed terminals for modules with one I/O board.
Module clearance requirements for thermal performance.
Shows length and width of VersaMax modules for layout planning.
Mounting dimensions for DIN-rail carriers installed on a panel.
Illustrates expansion system mounting dimensions with an ETM.
Summarizes relay contact use and life based on load type and voltage.
Details total output current for 5V and 3.3V from power supplies.
Example calculation of module backplane current draw.
Lists backplane current consumption for various modules.
