Analog/Digital Signal Descriptions | Baldor MN735 specification

Table 1–2 Analog/Digital Signal Descriptions

	Terminal	Signal Name	Description	Range
	(SELV)	Signal Name	Description	Range
	(SELV)

	RL1A	User Relay	Volt-free contact - 4A maximum, non-inductive	0-250VAC/24VDC

	RL1B
	RL1B

	10	DIN4/	Configurable I/O, Digital Input 4 or Digital Output 2.	0-24V source
		DOUT2		open collector

	9	DIN3	Digital Input 3.	0-24V source
				open collector

	8	DIN2	Digital Input 2.	0-24V source
				open collector

	7	DIN1	Digital Input 1.	0-24V source
				open collector

	6	+24V	24V E 24V supply for digital I/O	50mA max

	5	AOUT1	Analog Output E 10mA maximum	0-10V

	4	10VREF	10V reference (10mA maximum loading)	10V

	3	AIN2	Analog Input 2	0-10V, 4-20mA

	2	AIN1	Analog Input 1 - Setpoint. If unused, connect to 0VDC.	0-10V

	1	0V	0V - Reference for Analog/Digital I/O	0V
			For single control installations, connect pin 1 (0V) to
			PE.
			For multiple control installations, connect the 0V
			terminals of each control together. Then connect only
			one control to PE.

1–4 Quick Start

MN735

Image 7

Baldor MN735 manual Analog/Digital Signal Descriptions, Terminal Signal Name Description Range

Contents

MN735 Series 35D Inverter Control Table of Contents Appendix B Appendix a Section Quick Start Power and Motor Connections Size 1 and 3 Terminal Strips Remote Mode Thermistor Connection to motor thermistor Power Connection Descriptions Terminal Signal Name Description Range Analog/Digital Signal Descriptions Section General Information Limited Warranty Could result in damage to property Product Notice Intended useOn next Precautions To prevent equipment damage, be certain that the input power Receiving & Inspection Section Receiving & InstallationLocation and Mounting Inverter Sizes Watts Loss Ratings Catalog No Output Current Input Power Conditioning Power ConditioningUngrounded Distribution System Impedance + Clamp Terminal Unshielded and Shielded Couplings AWG MM2 Wire Size Power Connection Descriptions Power and Ground Connections Size 2 Shown Resistance thresholds are Rising temperature trip resistance One control to PE Receiving & Installation MN735 External Brake Resistor Keypad Connection Diagram Keypad Mode Standard Run Connection Diagram Standard Run 3 Wire Mode Related Parameters Speed 2 Wire Mode 10 Epot Connection Diagram 11 Epot Connection Diagram 12 PID Connection Diagram PID 2 Wire Mode Receiving & Installation MN735 Keypad Description Section Start-Up and Operation Display Diagnostics MenuDrive Status Indications shown on keypad Menu Level Select Local or Remote Reset to Factory Settings 2 button ResetRemote to Local Quick Application Selection Password Protection Parameter Definitions Display Parameter Description Range Factory Setting Display Parameter Description Range PI P Gain Analog Output Relay Invert =FALSE =TRUE Proportional Gain P501 Method for Setting-up the PI GainsIntegral P502 Current Power Dependent Parameters Inverter Size Factory Setting Packaging Routine MaintenanceSaving Your Application Data Material Recycle Disposal Reset a Trip Section TroubleshootingTrips DC Link Ripple General Failures General Specifications Section Specifications & Product Data Keypad Display Control SpecificationsAnalog Inputs Ratings Catalog Analog OutputsDigital Inputs Relay Output Dimensions Appendix a Dynamic Brake Size 1 and 2 230VAC 1 PhaseSize 3 230VAC 3 Phase 460VAC 3 Phase Controls Size 2 and 3 460VAC Table A-1 External Brake Resistor Selection EMC Conformity and CE Marking Wiring of Shielded Screened CablesAppendix B CE Guidelines CE Declaration of Conformity Cabinet EMC Wiring Technique Cable Screens Grounding EMC Installation Instructions Input Signal Cable Grounding Standard EMC Directive Date 1/5/02 EC Declarations of ConformityTion CE Guidelines MN735  Baldor Electric Company MN735 02 C&J Box Ft. Smith, AR 479 Fax 479