Representative
photograph, actual
product appearance
may vary.
Due to regional
agency approval
requirements, some
products may not be
available in your
area. Please contact
your regional
Honeywell office
regarding your
product of choice.
SLF152R4M9000B8A
Short LongFellow Linear Position Transducer, 152,4 mm [6.0
in] Electrical Travel, Binder Series 681 Termination, Item
Number F56105110
Features
?MystR ®plastic elements - Tested up to one billion
operations
?Precious metal wipers - Insures high performance, low noise
?.081" thick housing with 6 mm shaft - Rugged construction
for manufacturing environment
?High performance bearings - Long life even with side load
conditions
?Shaft seals - Protects internal components from factory
environment
?Absolute continuous measurement - Accurate position at
power -up
?High level DC output - Works with simple controls
Typical Applications
?Injection molding machines
?Printing presses
?Meat packing equipment
?Drill presses
?Wookworking machines
?Cranes
?Front -end loaders
Description
The Short Longfellow is frequently used for measuring linear
position or displacement up to 6" on a wide variety of
manufacturing and process equipment. The mechanical design of
the unit's front bearing, anodized extruded aluminum housing,
stainless steel shaft and precious metal wipers are suitable for a
factory's harsh environment.
Based on the proprietary MystR ®conductive plastic film, it
provides a high resolution, absolute position measurement
without external signal conditioners.
Intrinsically safe for Class I, II and III Division I, Groups A, B, C,
D, E, F and G for hazardous (indoor/outdoor) NEMA 4 locations. V
max.=30 V, I max.=100 mA, Ci=0, Li,=0mH.
SLF152R4M9000B8A
Short LongFellow Linear Position Transducer, 152,4 mm [6.0 in] Electrical Travel, Binder
Series 681 Termination, Item Number F56105110
Product Specifications
Supply Voltage 40 Vdc max.
Measurement
Type Linear
Housing Size 227,3 mm [8.95 in]
Total Mechanical
Travel 166,2 mm [6.15 in]
Electrical Travel 152,4 mm [6.0 in]
Starting Force
(max.) 0,45 kg [1.0 lb]
Linearity ± 0.1 %
Backlash 0,025 mm [.001 in]
Bearing Type Sleeve
Shaft Material Stainless Steel
Shaft Diameter M6 x 1 metric thread
Type of Element MystR ®conductive plastic film
Housing Style Anodized Aluminum
Termination Binder Series 681
Wiper Current <1 µ A
Resolution Infinite
Operating
Temperature
Range -65 °C to 105 °C [ -85 °F to 221 °F]
Vibration 20 g / 0,75 mm (rms) 5 hz to 2 khz
Shock 50 g 11 ms half sine
Operating Life one billion dither operations
Total Resistance 9,000 Ohms
Resistance
Tolerance ± 20 %
Weight (Ranges) 222,3 g [0.49 lb]
Sealing NEMA 4
UNSPSC Code 41111945
UNSPSC
Commodity 41111945 Linear position sensors
Availability Global
Comments Note; Mating Connector, Item Number 3718401, Sold Separately.
Options; Electrical Travel, Total Resistance, Linearity, Rod End Bearing,
Ball Joint Assembly, Shaft Thread 1/4 - 28 - 2B), Dual Elements
Series Name SLF Metric Series
SLF152R4M9000B8A
Short LongFellow Linear Position Transducer, 152,4 mm [6.0 in] Electrical Travel, Binder
Series 681 Termination, Item Number F56105110
SLF152R4M9000B8A
Short LongFellow Linear Position Transducer, 152,4 mm [6.0 in] Electrical Travel,
Binder Series 681 Termination, Item Number F56105110
SLF152R4M9000B8A
Short LongFellow Linear Position Transducer, 152,4 mm [6.0 in] Electrical Travel,
Binder Series 681 Termination, Item Number F56105110
PERSONAL INJURY
DO NOT USE these products as safety or emergency stop devices, or in any other
application where failure of the product could result in personal injury.
Failure to comply with these instructions could result in death or serious injury.
MISUSE OF DOCUMENTATION
?The information presented in this product sheet (or catalog) is for reference only.
DO NOT USE this document as product installation information.
?Complete installation, operation and maintenance information is provided in the
instructions supplied with each product.
Failure to comply with these instructions could result in death or serious injury.
© Copyright Honeywell Inc.1998-2004 All rights reserved.
