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MECHANICAL INSTALLATION

3.2  Pulley Mounting

1. Mounting the Model 6200 onto mounting bracket
with four 3/8-16 UNC bolts through foot mounting
bracket holes.

NOTE The mounting bracket should be
strong enough to sufficiently support the
weight of the RT 6200 (approximately 25
pounds) without excessive deflection of
play due to load or excessive vibration.
Deflection can cause erroneous outputs
and shorten operational life of the unit.

2. Mount and connect 5/8 inch I.D. pulley on to the
RT 6200 input shaft.

3.  Install a tension belt according to the
manufacturer’s specifications. If the belt tension is
too light it can cause pulley slippage or backlash,
thereby creating an erroneous signal output.
However, for maximum operational life of the
Model 6200, a belt tension loading of less than 40
pounds should be used.

Pulley Mounting

4.0  Sensor Module Installation

To install the sensor Module, perform the following
steps. See Figure, below.

1. Remove sensor module and mating connector
from packaging. CAUTION! Although the device is
protected from Electrostatic Discharges up to 2000
Volts, standard ESD precautions should be followed.

2. Separate mating connector from sensor module
by releasing the two latches.

CAUTION! Use caution when handling the
sensor module. The sensor at the end of the
module can be easily damaged by sharp
objects. The sensor module can be damaged
by sudden shocks (dropping, hammer blows,
etc.).

3. Insert sensor module into opening in enclosure.
The sensor assembly is keyed to ensure proper
orientation.

4. Locate four shoulder screws. Insert shoulder
screws through clearance holes in sensor module
and into tapped holes in enclosure. Tighten to a
nominal 5 inch-pounds.

CAUTION! There should not be a gap
between the lip on the housing and the
enclosure. The stainless steel sensor module
is designed to seat in metal to metal contact
with the enclosure. Ensure that no gaskets,
paint, dirt, etc., interferes with the complete
seating of the module in the enclosure.

Sensor Module

Summary of Contents for NexGen RIM Tach 6200

Page 1: ...unted end Quadrature Phasing 90 45 Duty Cycle 50 15 ELECTRICAL Input Voltage Requirement 5 26 Volts DC Current Requirement 95 mA typical per sensor module plus line driver load Output Signals 5 26 V Line Driver 150mA source or sink Frequency Response 0 180kHz Data Index Electrical Immunity 2kV ESD Reverse Polarity Short Circuit Powered Short Connector 10 pin industrial duty latching sealed NEMA 4 ...

Page 2: ...lowing general guide lines will help to ensure a trouble free installation Mounting the Encoder Do not shock the encoder Do not subject the encoder to axial or radial shaft stresses Do not tool the encoder or its shaft Do not use makeshift techniques to mount the encoder Do not use a rigid coupling Do not disassemble the encoder Wiring the Encoder Never connect or disconnect the encoder connec tor...

Page 3: ...ut LED STATUS LIGHT A multicolor LED Status light will indicate to the user the overall condition of the encoder The LED is built into the encoder and does not require any additional wiring or power to activate it There are 4 basic status conditions for the light 1 LED off No power to Encoder Low supply voltage 3 0VDC Total Failure of Encoder 2 LED Green Correct Power to Encoder Ready to operate N...

Page 4: ...od Sensor Module 2 0 Preparation The RT 6200 utilizes a modular construction that permits the user to configure the unit as a one or two signal output tachometer Sensor modules are universal and interchangeable If one output requires replacement simply remove four screws and replace with a new sensor module No electrical adjustment or alignment is required After unpacking the unit and verifying re...

Page 5: ...m of the Model 6200 The bolt hole pattern in slotted to permit a measure of adjustment Flexible couplings are generally used to couple the Model 6200 to its driver NorthStar part number RIMFLEX 5858 There are a wide variety of speeds loads environ ment and alignment conditions found in various applications If there is doubt to suitability we recommend you consult the flexible coupling manufacturer...

Page 6: ...e perform the following steps See Figure below 1 Remove sensor module and mating connector from packaging CAUTION Although the device is protected from Electrostatic Discharges up to 2000 Volts standard ESD precautions should be followed 2 Separate mating connector from sensor module by releasing the two latches CAUTION Use caution when handling the sensor module The sensor at the end of the modul...

Page 7: ...on pages 2 3 prior to wiring the encoder 5 1 Quick Release Connector Hood Wiring To install the Quick Release Connector perform the following steps 1 Remove the four screws from the mating connec tor housing that hold the terminal block in place Remove terminal block from housing 2 Insert wiring through liquid tight flexible seal and mating connector housing Leave enough wire exposed to comfortabl...

Page 8: ... Line Driver Output Ordering Information Code 2 PPR Code 1 Model RT6 RT6 Foot Mount or Close Coupled Housing 0060 0064 0075 0120 0128 0150 0240 0256 0300 Code 4 Shaft A Single Shaft Stainless Steel 5 8 B Dual Shaft Stainless Steel 5 8 S Single Shaft Hi strength Steel 5 8 D Dual Shaft Hi Strength Steel 5 8 Code 3 Index L No Index Z With Index Signal Output Code 6 Termination C Latching Industrial C...

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