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Summary of Contents for Eaton Cutler-Hammer SV9IOC105
- Page 1 SERIES 9000 AF DRIVES SV9IOC105 120V Input Option Board with Analog Output • Instruction Sheet...
- Page 2 Series 9000 SV9IOC105 Cutler-Hammer Document Number: IL.08H.02.T.E Rev. 01, September 2000...
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Page 3: Table Of Contents
Series 9000 SV9IOC105 Page 1 120 V Input Option Board Instruction Sheet Table of Contents 1. Introduction 2. Specifications 3. Installation Incoming Inspection .................. 3 Installation Procedure ................4 3.2.1 Installation of the SV9IOC105 in a Compact NEMA1 Drive..... 4 3.2.2 Installation of the SV9IOC105 into a NEMA 1, NEMA 12, or Protected Chassis Drive.............. -
Page 4: Introduction
Page 2 SV9IOC105 Series 9000 1. Introduction The 120 Volt Input Board (SV9IOC105) for Series 9000 drives was designed for customers that wish to use 120 VAC digital inputs instead of 24 VDC digital input control signals. The 120V digital inputs replace the 24V inputs on the SV9000 control board. -
Page 5: Installation
Series 9000 SV9IOC105 Page 3 3. Installation Installation must be performed by a licensed electrician. WARNING: Shock Hazard. Components and component boards inside the adjustable frequency drive may be at incoming voltage potential when the drive is connected to the supply voltage. Contact with live components may cause serious injury or death. -
Page 6: Installation Procedure
Page 4 SV9IOC105 Series 9000 Installation Procedure There are two types of installation procedures depending on which type of drive enclosure you have. To determine the enclosure type, check the drive’s nameplate. For installation you will need: • 120 Volt Input Board Kit with all parts listed on previous page •... - Page 7 Series 9000 SV9IOC105 Page 5 Remove the screw from the control board and replace it with the standoff (3). DO NOT DISCARD THE SCREW. Standoff: Connect the power cable (5) to terminal X5 of the control board. Install the protective plastic board (2), using the following guidelines: •...
- Page 8 Page 6 SV9IOC105 Series 9000 Connect the power cable (5) to terminal X2 of the option board. Snap the two terminal blocks (4) into place, one each to the right and left of the I/O board terminals. Wire the terminals per application requirements.
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Page 9: Installation Of The Sv9Ioc105 Into A Nema 1, Nema 12, Or Protected Chassis Drive
Series 9000 SV9IOC105 Page 7 3.2.2 Installation of the SV9IOC105 into a NEMA 1, NEMA 12, or Protected Chassis Drive Attach the SV9IOC105 board (1) to the mounting board (8) with the three screws supplied. Each screw has two nuts attached. - Page 10 Page 8 SV9IOC105 Series 9000 Remove the drive’s 24 Volt I/O terminals (terminal numbers 1 – 20) located on the control board. Feed the power cable (5) through the smaller opening and connect it to terminal X1 on the I/O card. Thread the data cable (2) through the larger opening and connect it to terminal X14 of the control board.
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Page 11: Commissioning
Series 9000 SV9IOC105 Page 9 Re-attach the control panel base with the four screws. Remove all foreign objects from inside the drive and fasten the cover to the drive. Replace the keypad. 4. Commissioning 4.1 SVReadyE Software In order for the drive to use the 120 V I/O card, the SVReadyE software must be loaded to the drive. -
Page 12: Technical Data
Page 10 SV9IOC105 Series 9000 5. Technical data WARNING: Shock Hazard. The components and component boards inside the drive, except for the galvanically isolated input and output terminals, are at mains potential when the drive is connected to mains. Contact with live components may cause death or severe injury.
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