ABB 8VZZ001177H111 EPD-HV Set of 8 FPS Plugs & CH Keys

Low Voltage Products unit is a part of the Business Unit ATLV, Automation Technology Low Voltage. 

Low Voltage Products develops, manufactures and markets a comprehensive range of low voltage 

products and the most extensive assortment of low voltage systems in the market. 

Our customers include industry, panel builders, machine and equipment manufacturers, electrical contractors and electrical power plants. 

Environmental management OT-switches are manufactured at the Finish plant, 

which has been certified according to ISO 14001 since 1997 

(the plant has been also certified according to the ISO 9001 quality management standard since 1993). 

Life cycle assessment is applied continuously to all product development.

The HBR01-CJC the mounting base is for RAI04, Redundant, 16-CH, TC & mV analog input modules. 

The base includes a built-in RTD that can be used for Cold Junction Compensation.

Two (2) 16-point headers on the base provide connections to either (2) pluggable 

16-point terminal blocks for direct connection of field signal wires or to SPK0x_-yy marshaling 

cables when field signal wires are landed on 3rd party termination hardware.

Features and benefits

Termination for up to sixteen (16) analog I/O process signals within a horizontal row.

All SD I/O modules & bases of all types (Singular or Redundant) AND (Compact or Full-size), are 100% fully compatible with each other. 

Thus, Singular & Redundant, Compact or Full-size I/O modules can be mounted within a single, common HN800 I/O bus.

Optional mechanical keying can be implemented to prevent insertion of the wrong I/O module type.

Latching device on the base locks the base into position on DIN-Rail.

Industry standard 35-mm DIN rail, Horizontal row mounting.

processor load

• Optical communication

• Industrial grade hardware with no moving parts

• Long life cycle, easy upgrading

• Robust reliance file system, insusceptible post power loss

07EA90-SI ABB modules are used to convert analog signals to digital signals and transmit them to the control system for monitoring and controlling industrial processes.

These accuracy settings are only used when negotiating for time mastership with 

other nodes in the underlying Harmony control network.

Message Wait Period

Message wait period is the Period that Harmony Server waits before attempting to 

assume time mastership on the control network. This property is used only when 

Time Synchronization is enabled. The permissible values are between 180 and 3660 

seconds. Additionally, the configured value must greater than the Master Update Period.

You may need the following additional products：

VMIVME-3100 analog-to-digital conversion module

VMIVME-2170A Isolated Digital Output Module

VMIVME-7740 VME Single Board Computer

VMIVME-2120 64-bit High-Voltage Digital Output Megamodule

VMIVME-4941 Quad-Channel Synchro/Resolver-to-Digital Converter

VMIVME-4116 8-channel 16-bit Digital-to-Analog Converter Board

VMIVME-7696-650  Pentium II Processor-Based VMEbus Single-Board Computer

VMIVME-2210 Specifications

VMIVME-1128 128-bit High-Voltage Digital Input Board with Built-in-Test

XVB603 VME Single Board Computer

VMIVME-4132-010 32-Channel, 12-bit Analog Output Board with Built-In-Test

VMIVME-2540-300  24-Channel Intelligent Counter/Controller

VMIVME-4514A-000 16-Channel Scanning Analog I/O Board

VMIACC-5595-208   Specification 

GE vmivme3122 analog-to-digital conversion board

GE MVME5500 VMEbus Single Board Computer

GE VMIVME_5532L Fiber Repeater Board

GE VMIVME-2510B_64_Bit IO board

GE VMIVME-3113A_Scan motherboard

GE VMIVME-3114 Analog I/O Board

GE VMIVME-4905 Parser converter

GE VMIVME-7750 Front Bus Pentium III Processor

GE VMIVME-7807 VME SBC Motherboard

GE VMIVME-7751 VME Single Board Computer

GE V7865 processor VME single board computer

GE V7865-ACC-603-RC VME Transition Module for V7865

GE VMIVME-4116 8-channel 16-bit digital-to-analog converter board

GE VMIVME-7805 VMEBus SBC Motherboard

GE VMIVME-2128 Output Module