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IDENTIFICATION LABEL

An identification label is attached to each actuator

cover.  The serial number is also stamped on the

aluminum housing, directly above the conduit entry.

When ordering parts, requesting information or service

assistance, please provide all of the label information.
EXAMPLE:

GENERAL DESCRIPTION, ACTUATOR

The SM-1700 series actuators are electrically operated,

self-contained, bi-directional, low speed, high torque

devices. They are designed for up to 360° rotation with

bi-directional torque overload protection and have a

non-clutchable manual override handcrank. The drive

motor may be single or three phase ac or dc. Up to six

independently adjustable position limit switches, linear

potentiometer or characterized LVDT and 4 to 20 mA

feedback are available as options. Other options

include thermostatically controlled anti-condensation

heater, local control switches, integral or remote servo

amplifiers and linkage components.
The SM-1700 series includes 120/240 Vac single phase

models, 240/380/480 Vac three phase models and 24

Vdc models. These actuators are controlled by

“switched” power inputs or by a remotely installed

servo amplifier.
The SM-1700/AD-8130 series feature an integral servo

amplifier. These models require 120 or 240 Vac

(depending on model) unswitched, single phase line

voltage input and a dc analog command signal for a

complete, closed-loop positioning system in a compact

enclosure.

ABBREVIATIONS USED IN THIS MANUAL

A ............................................................................ Ampere

AC......................................................... Alternating Current

° C .............................................................. Degrees Celsius

CW .....................................................................Clockwise

CCW ....................................................... Counterclockwise

DC ............................................................... Direct Current

° F ........................................................ Degrees Fahrenheit

G .................................................................. Earth Ground

Hz ............................................................................. Hertz

in. lbs. ............................................................. Inch Pounds

kg ......................................................................... Kilogram

L .......................................................... Line (power supply)

lbs. ................................................................ Pounds Force

LVDT ...................... Linear Variable Differential Transformer

mA ....................................................................... Milliamp

mfd ................................................................... Microfarad

mm ................................................................... Millimeters

N ................................................................ Newton (force)

NEMA ........... National Electrical Manufacturing Association

Nm ..............................................................Newton Meter

NPT .................................................. National Pipe Thread

PH ............................................................................ Phase

PL ...................................................... Position Limit Switch

RPM ............................................... Revolutions per Minute

SEC .........................................................................Second

TL ........................................................Torque Limit Switch

V ................................................................................. Volts

VA ...................................................................... Volt Amps

Vac ......................................................................... Volts ac

Vdc ........................................................................ Volts dc

VR ......................................................... Variable Resistance

W................................................................................ Watt

BASIC MODELS

SM-1720

SM-1730

SM-1750

 and 

SM-1790

 are all single

phase ac, three wire, plug reversible models. They are

compatible with Jordan Controls remotely located AD-

8230/EC-10836 servo amplifier, MT-6220 manual remote

control with position readout, or any bi-directional contact

type control.
These actuators may also be equipped with an integral

model AD-8130 servo amplifier that features loss of signal

detection for current command signal inputs and can be

calibrated to allow the actuator to lock-in-place or drive to a

preset position should the command signal drop below

3.8mA.  Also included is a dynamic brake circuit to increase

positioning accuracy and a loop-powered, 4 to 20mA

position transmitter.
The 

SM-1715

 is a three phase ac, reversible model comp-

atible with Jordan Controls remotely located AD-8900 series

servo amplifier or any bi-directional contact type control.
The 

SM-1740

 is a dc proportional control model and is

compatible with Jordan Controls remotely located model

AD-7530 servo amplifier or other compatible control

device.

GENERAL INFORMATION

SM-1730

4585 C 99

120 / 50-60 / 1 / .9

95C 036051 - 1

SM-1730-0105

MODEL NUMBER:  SM-1730 Series

SERIAL NUMBER:  4585  C  99

Year Built

Sequential Number

Month Built

Summary of Contents for SM-1715

Page 1: ...eral Actuator Description 3 Basic Models 3 Specifications 4 5 Actuator 4 Options 5 Installation 5 6 Typical Wiring Diagrams 7 8 Start Up 9 11 Troubleshooting 12 13 Parts Identification 14 16 Parts Lis...

Page 2: ...or make sure that it is suitable for the intended application If you are unsure of the suitability of this equipment for your installation consult Jordan Controls prior to proceeding WARNING SHOCK HAZ...

Page 3: ...wise DC Direct Current F Degrees Fahrenheit G Earth Ground Hz Hertz in lbs Inch Pounds kg Kilogram L Line power supply lbs Pounds Force LVDT Linear Variable Differential Transformer mA Milliamp mfd Mi...

Page 4: ...ght Approximately 40 lbs 18 1 kg Enclosure Materials Cast aluminum alloy Non Rotating When Motor Runs Handcrank Gear Ratio 1003 1 Lubrication Type Permanently lubricated Gearing Spur gearing Hold on L...

Page 5: ...actuator is directly coupled to a drive shaft a Jordan Controls type coupling is recommended The output shaft is also available with a splined output for standard drive arms and linkage components to...

Page 6: ...iling codes by qualified personnel Fusing must be installed in line power and should be of the slow blow type Wiring should be routed to the actuator through the two conduit openings Generally one con...

Page 7: ...ng SM 1715 SERIES ACTUATOR Notes 1 Optional remote three phase reversing starter shown 2 Caution Care must be taken in properly phasing position and torque limit switches with respect to clockwise and...

Page 8: ...A into a 200 ohm impedance 0 to 5 or 0 to 10 Vdc into a 100 000 ohm impedance 6 The EC 10852 is for use with the AD 8130 servo amplifier with LVDT voltage feedback The EC 10852 is used as the HI and L...

Page 9: ...turn c Rotate Cam 2 CW to increase the actuator s total travel range or CCW to decrease the travel range d Hold the cam in place and tighten screw 2 6 Electrically operate the actuator to its CW limit...

Page 10: ...Four different cams are supplied with each characterized assembly The cams are printed on both sides and may be flipped over to reverse the character ization action in relation to the output shaft ro...

Page 11: ...tively lay out additional x axis scale as shown in figure 3 on page 13 Use both sets of values when plotting cam shape in step 3 3 Calculate outputs rise in cam for 5 or 10 increments in input for ent...

Page 12: ...j Correct power input problem k Amplifier defective k Replace amplifier l Amplifier is in Loss of Signal l Check command signal to verify signal greater than 3 8 mA is present m Amplifier deadband is...

Page 13: ...gnal c Reduce noise Also ensure that command signal wiring is shielded with shield grounded at source common only a Pot not aligned with end of travel extremes and is being driven through dead region...

Page 14: ...14 Parts Identification GEAR LOCATION Front View Letters in balloons refer to gear assembly drawing on page 15 Side View Numbers in balloons refer to parts identification list on pages 17 18...

Page 15: ...15 Parts Identification GEAR ASSEMBLY Numbers in balloons refer to parts identification list on pages 17 18...

Page 16: ...16 LIMIT SWITCH COMPARTMENT Numbers in balloons refer to parts identification list on pages 17 18 Parts Identification...

Page 17: ...ring Handcrank 17B 003813 011 1 23 18 19 20 21 6 7 10 12 Motor See Motor Selection on p 20 Pinion Gear See Gear Chart on page 20 Gear Ass y 2nd Stage See Gear Chart on page 20 17 13 27 Worm Gear 16A 0...

Page 18: ...6034 005 31 61B 026406 003 16B 015633 004 65B 016034 008 60 61B 026407 002 16B 017896 001 65B 016034 007 12 61B 026406 003 16B 015633 001 65B 016034 001 24 61B 026406 003 16B 105633 003 65B 016034 003...

Page 19: ...t enough to prevent backdriving 4 While handcranking against the load increase the load until motor backdriving occurs Maintenance TORQUE LIMIT SWITCH ALIGNMENT The torque limit switches are factory s...

Page 20: ...power to the actuator 2 Remove screws washers and rear cover 3 Remove three screws holding potentiometer and disc to housing 4 Pull potentiometer and disc out of housing 5 Measure location of gear fr...

Page 21: ...o available to allow length to vary from 6 to 10 inches 152 to 254 mm In this case the adapter clevis has rod ball ends with lubrication fittings 3 Weight of all linkage components including cus tomer...

Page 22: ...oot face or side mounted 3 Overall depth is approximately 13 inches 330 mm on the SM 1715 three phase model 4 The output shaft is available in a one inch 25 4 mm diameter with 1 4 inch 6 35 mm square...

Page 23: ...23...

Page 24: ...ed for preparation of drawings or fabrication of installation mounting Current installation dimension drawings are available upon request JORDAN CONTROLS INC 5607 West Douglas Avenue Milwaukee Wiscons...

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