Elmo ISP manual Start Up Procedures, Disable by Low

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7.Start - Up Procedures

All the operations of this chapter do not require power on the unit. The steps of paragraph 7.1 must be performed before proceeding to the appropriate feedback sensor section.

7.1Common procedures for all amplifiers types

7.1.1Inhibit and CW/CCW logic

Select the desired Inhibit and CW/CCW logic you need:

a) Disable by Low

Inhibit/CW/CCW functions will be activated by connecting their inputs to a low level signal. If no signal is applied to these inputs the amplifier will be enabled upon power on.

For this logic, R18 (for Inhibit), R19a (for CW), R20a (for CCW) should not be installed.

+5V

C

ISP DISABLED BY ACTIVE LOW OR CLOSED CONTACT

-1V < Vil < 1V

2V < Vih < 30V

ISP - Rev 6/95

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Contents Rev 6/95 ISP Rev 6/95 ELMO-WARRANTY Performance Read chapters Table of Contents Balance adjustment Current limit adjustment Standard features DescriptionProtective functions Type Designation Technical specificationsOperation of the servo control Inputs Velocity mode Current mode Velocity control using armature voltage feedbackCurrent loop Current limitsTime dependent peak current limit Dynamic contouring of continuous and peak current limits Operation of the shunt regulator Loss of velocity feedback signal Temperature protectionProtective functions Short circuit protectionCurrent Command Monitor Input ISP Control Board Page Contact rating 0.5A, 200V, 10W Terminals of ISP Panel Version Mother Board terminals MBA-ISP/N GND Terminals for ISP mounted in 3U size ENCContact rating 0.5A, 200V, 10W Page MBA ISP/3UE Wiring Installation procedures MountingAC power supply Load inductance2Vdcmin Vdc 0.9Vdcmax ISP GND Wiring diagramsDo not ground GroundAC ISP ISP Control Connections Tachogenerator Feedback ISP Control Connections Armature Voltage Feedback Disable by Low Start Up ProceduresEnable by High ISP Control Board Converting the amplifier into current mode Selecting the reference signal gainSee .1 for calculation of other values For Vtm Activating the loss of tacho protection velocity mode onlyLatch mode of the protective functions Velocity control using tachogenerator feedbackActivating the dynamic contouring of the current limits For ISP-X/65 For ISP-X/135IxR compensation Amplifier adjustment and diagnostics Balance adjustmentCurrent limit adjustment Adjustment of the IxR compensation Adjusting the motor speed velocity mode onlyResponse adjustment velocity mode only Typical velocity response waveforms ISP Rev 6/95 LED diagnostics Tables and Summaries Adjusting trimmersAppendix a Response adjustment current loop Fig. A-1 Typical current response waveforms ISP Rev 6/95 Velocity Torque Appendix B Current limits contour adjustmentDynamic contouring with armature voltage feedback ISP Rev 6/95 SP1 TOP View SP1 Side View SP1 Side View SP2 TOP View SP2 Side View SP2 Side View SP3 TOP View SP3 Side View SP3 Side View SP4 TOP View SP4 Side View SP4 Side View ISP Rack Mounting 8T and 15T TOP View ISP Rack Mounting 3U/8T Side View 128.7 Front Panel for ISP 3U/8T ISP Rack Mounting 3U/15T -SIDE View ISP Rack Mounting 3U/15T Side View Front Panel for ISP 3U/15T ISP Rack Mounting 3U/12T and 3U/19T TOP View ISP Rack Mounting 3U/12T -SIDE View ISP Rack Mounting 3U/12T Side View Front Panel for ISP 3U/12T ISP Rack Mounting 3U/19T -SIDE View ISP Rack Mounting 3U/19T Side View Front Panel for ISP 3U/19T Enclosure Mechanical Outline Europe List of Elmo Service Centers