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ENCOMPASS SELECTOR GUIDESolutions Supporting The Rockwell Automation Allen-Bradley Encompass Partner Program

2 1080 N. Crooks Road • Clawson, MI 48017 • 800.635.0289 • 248.435.0700 • Fax 248.435.8120 • www.AMETEKAPT.com

How to do business with us.AMETEK Automation & Process Technologies maintains regional authorized distributors for the GEMCO brand of products. Purchasers using this publications should place their orders with their local authorized Allen-Bradley distributor servicing their geographical area. Consult AMETEK / GEMCO for the authorized distributor nearest you.

Customer Service, Applications & Engineering for the listed products is at our Michigan facility. Normal office hours are weekdays 8AM to 5PM Eastern Standard Time. Although the switchboard is closed outside of the normal business hours, direct dial, FAX, E-mail, & Internet are available 24 hours a day, seven days a week. You may contact us in any of the following ways.

Field Application Engineers are available to assist you with your applications and to conduct training for sales staff and for user personnel.

Contact UsToll Free 1-800-635-0289Telephone 1-248-435-0700Direct Dial 1-248-435-7540 plus extensionFAX 1-248-435-8120Web site www.AMETEKAPT.comE-mail [email protected] AMETEK Automation & Process Technologies

1080 N. CrooksClawson, MI, 48017

Table of ContentsHow to do business with us ...................................... 2

940 LPS Linear Position Sensor .............................. 3950IS Intrinsically Safe ............................................. 4951 Quik-Stik II ......................................................... 5952 BlueOx ............................................................... 6952QD BlueOx with Quadrature Output ................... 7955LC BRIK ............................................................. 8955S Smart BRIK ..................................................... 9955A BRIK Gen III .................................................. 10955D BRIK Gen III .................................................. 11955DQ BRIK Gen III ............................................... 12LDT Housing Options ............................................. 131746R PLC Encoder .............................................. 141746L PLC Encoder ............................................... 151771 Programmable Limit Switch ........................... 161986DN Resolver ................................................... 171990DN Resolver Interface/PLS ............................ 181999 Semelex II Safetimeter Test Set .................... 197330 Pro-Stik II .................................................... .. 207500 UHS Programmable Limit Switch ............... .. 21CATRAC ................................................................. 22

Part Numbers ......................................................... 23

31080 N. Crooks Road • Clawson, MI 48017 • 800.635.0289 • 248.435.0700 • Fax 248.435.8120 • www.AMETEKAPT.com

940 LPS Linear Position Sensor

The GEMCO LPS Linear Position Sensor

The non-contact GEMCO 940 LPS Linear Position Sensor uses field proven and reliable magnetostrictive technology to deliver accurate, absolute and continuous machine positioning.

Available in pre-engineered sensor lengths or custom lengths to fit your application with standard analog outputs, this sensor is a durable, value-packed linear position device that is easy to use. It not only replaces discrete position sensors, but outperforms them at roughly the same cost.

We designed the GEMCO LPS to connect directly to conventional programmable controllers or analog input modules, and made it work without the need for programming, adjustments or initialization. Then we employed our 50 years of experience in packaging control products for harsh industrial environments and made the 940 LPS a rugged and reliable sensor that performs on the plant floor. Nothing else on the market compares to the GEMCO LPS.

Limit switches are contact devices that have wear problems. The 940 LPS is non-contact. Limit and proximity switches can only give discrete position information. The GEMCO LPS gives continuous position information. Incremental shaft encoders require gear trains and position information is lost with a power failure. The 940 doesn’t use gear trains and position data is never lost because the sensor is absolute.

The 940 offers 0.1% accuracy of positioning (0.012” on a 1 foot sensor). The sensor comes in an IP65 enclosure. Standard lengths of 6”, 12”, 18”, 24”, 36” and 72”. Other lengths are also available.

See Part Numbers section starting on page 22, call Customer Service at 1.800.635.0289, or visit our Resource Center on the web at www.AMETEKAPT.com for complete details.

Specifications

Input Voltage 15-26 VDC

Current Draw Voltage Current

50mA MaxN/A

Output 0-10 VDC or 10-0 VDC4-20mA

Position Accuracy 0.1% of Full Stroke

Non-Linearity +/- 0.05% of Full Stroke

Repeatability 0.01% of Full Stroke

Operating Temperature Head Electronics Guide Tube

-4° to 158° F (-20° to 70° C)-40° to 185° F (-40° to 85° C)

Operating Pressure 3,000 PSI Operational, 8,000 PSI Spike

Span Length 1”-96”

Null Zone 2”

Dead Band 5”

Connectors 12mm 4 Pin Micro

Enclosure IP65

Specifications are subject to change without notice.


950IS Intrinsically Safe

The GEMCO Intrinsically Safe LDT

The 950IS can be used in hazardous environments when connected to an approved safety barrier. The LDT is UL & CSA listed for Class I, Group C & D, Class II, Groups E, F, & G and Class III hazardous locations, when properly installed.

The term ‘Intrinsically Safe’ is used to describe electronic equipment that has the ability to be mounted directly in explosive atmospheres without chance of an explosion. The term ‘Intrinsically Safe’ pertains to a device’s inability to produce an electrical spark of enough significance to cause ignition.

How does an Intrinsically Safe LDT work? A GEMCO Transmitter (950-1446) is located in a “safe” or “non-explosive” area which accepts the system’s supply voltage (115 VAC, 230 VAC, or 24 VDC) and generates the LDTs positional output signal in voltage or current. The transmitter also generates and accepts the LDT signals. These signals are driven through an approved intrinsically safe barrier assuring the safety of the system. Custom 950 Mill Duty enclosures are available for this LDT.


Specifications

Input Voltage/Current Draw

24 VDC @ 85mA max.115 VAC 50/60 Hz @ 6 VA230 VAC 50/60 Hz @ 6 VA

Output 0-10 VDC or 10-0 VDC4-20mA or 20-4mA

Non-Linearity .01”

Repeatability +/- 0.01% of Full Stroke

Operating Temperature

Head Electronics

Guide Tube

-10° to 180° F (-23° to 82° C)

-40° to 185° F (-40° to 85° C)



Null Zone 2”

Dead Band 5”

Connectors 2 Pin 12mm

Enclosure IP65



951 Quik-Stik II

The GEMCO Quik-Stik II

GEMCO brand position sensing products have been known for reliability and high resolution. We have taken over twenty years experience in magnetostrictive linear sensors and married it with our understanding of rugged industrial applications to develop the Quik-Stik II LDT, with patented design for high resolution magnetostrictive linear sensing.

The Quik-Stik II LDT is field proven to provide top performance & repeatability. The on-board microprocessor is programmed to compensate for variables and to linearize outputs, providing high resolution and linearity. The Quik-Stik II LDTs rugged sensing tube construction is welded stainless steel, suitable for insertion in 5,000 PSI hydraulic cylinders. The electronics are enclosed behind an anodized housing with O-ring seals for IP67 indoor applications (Type 6 rating available as a special option). There is no need to re-calibrate the sensor once installed.

The Quik-Stik II LDT is available in Analog, Start/Stop Pulse, Control Pulse or Variable Pulse versions. The analog style units offer 16-Bits of resolution and are available with voltage or current outputs. The output format, voltage or current, is hardware specified. If voltage outputs are specified, the unit can be programmed for voltage type 5 VDC or 10 VDC, polarity, span, and zero reference point. The ability to select voltage type and polarity allows selection of 0-5 VDC, 0-10 VDC, -5 to 5 VDC, or -10 VDC to 10 VDC output. The current-type units are programmable for polarity, span, and zero reference. The units are programmable via a hand-held programmer or RS232 serial communications.

The Quik-Stik II LDT, with its high resolution and industrial construction, is at home in areas such as assembly automation, material handling, robotics, and any other industrial area where highly accurate and reliable continuous linear position sensing is needed. Units are available with radiused (curved) probes and in a rugged mill-duty housing.


Specifications

Input Voltage 15 VDC to 26 VDC

Current Draw < 200mA at 15 VDC

Output Analog

Digital

Absolute Analog Position via Digital-to-Analog Converter-10 to 10 VDC 16 Bit (65,535) Resolution0 to 10 VDC 15 Bit (32,768) Resolution-5 to 5 VDC 15 Bit (32,768) Resolution0 to 5 VDC 14 Bit (16,384) Resolution4 to 20mA 16 Bit (65,535) Resolution

TTL Level Pulse/Pulse, RS422 Pulse/PulseRS422 Pulse Width Modulated

Resolution Internal Analog Output

.001”16 Bit ( One Part In 65,535 )

Non-Linearity Less than 0.05% of Full Stroke with +/- 0.002”(+/- 0.05 mm) max.

Repeatability +/- 0.001% of Full Scale or +/- 0.0004” (0.102 mm), whichever is greater

Hysteresis .001” (.025 mm) max.


-40° to 155° F (-40° to 70° C)-40° to 220° F (-40° to 105° C)



Null Zone 1.5”

Dead Band 2.25”

Connectors 1/4 Turn MS Style Connector Standard. Potted Pigtail Assembly Available Optionally

Update Time 2 ms Typical

Enclosure IP67



952 BlueOx

Magnetostrictive LDT for High Shock and Vibration Areas

GEMCO brand position sensing products have been known for survival in harsh industrial environments. We have taken over 25 years experience in magnetostrictive linear sensors and married it with our understanding of rugged industrial sensors to develop the BlueOx LDT as the industry’s first truly rugged magnetostrictive linear transducer.

The BlueOx LDT is lab tested and field proven to stand up to high shock and vibration. With test results of 2,000 Gs of shock and 30 Gs of random vibration without false signals or mechanical damage, the BlueOx LDT is ready to perform on the most demanding applications.

In addition to its ability to withstand shock and vibration, the BlueOx LDT is rugged in other ways. Sensing tube construction is welded stainless steel, suitable for insertion in 5,000 PSI hydraulic cylinders. The electronics are enclosed behind an aluminum housing with O-ring seals for IP67 indoor applications (Type Nema 6 rating and stainless steel covers and connectors are available as a special option).

The 952 BlueOx is available with Analog, Control Pulse, Variable Pulse or RS422 Start/Stop outputs. The 952 is compatible with PLC interface cards and our 1746 LDT Interface Card. The 16-Bit resolution analog output is programmable over the entire active stroke length. The units can easily be changed in the field from a 0-10 VDC to a 10-0 VDC or a 4-20mA to a 20-4mA. As an added feature, the optional differential analog output allows the distance between two magnets to be measured.

The BlueOx, with its high resolution and rugged construction, is at home in heavy duty areas such as lumber mills, steel mills, stamping plants, assembly automation, material handling, robotics and any other industry where highly accurate and reliable continuous linear position sensing is needed.


Specifications

Input Voltage Analog: 13.5-30 VDCDigital: 13.5-26.4 VDC, or +/- 15 VDC


Output Analog: 0-10 VDC or 10-0 VDC, 4-20mA or 20-4mADigital: Start/Stop, Control Pulse or Pulse-Width Modulated/Variable Pulse (PWM/VP)


0.001” 16 Bit (1 part in 65,535)

Non-Linearity +/-0.05% of Full Scale

Repeatability +/-0.006% of Full Scale(+/- .002 inch min.)

Hysteresis +/-.02% of Full Scale


-40° to 158° F (-40° to 70° C)-40° to 221° F (-40° to 105° C)



Null Zone 2”

Dead Band 2.5”

Connectors 12mm Micro 5 Pin, CE Approved (Analog Only),10 Pin 1/4 Turn MS Style Connector, Potted Pigtail Assembly,Optional Temposonics II & III Connectors

Update Time Analog

Digital

1ms (Stroke Lengths 1” to 50”)2ms (Stroke Lengths 51” to 100”)3ms (Stroke Lengths 101” to 150”)4ms (Stroke Lengths 151” to 168”)

Controller Dependent

Enclosure IP67

Approvals CE ( Analog 12mm Micro 5 Pin Connector Only )

Specifications are subject to change without notice. Specifications are based on a typical 36” LDT .


Magnetostrictive LDT with Quadrature Output

The BlueOx Quadrature is a magnetostrictive Linear Displacement Transducer (LDT) for continuous machine positioning in a variety of industrial applications. The quadrature output makes it possible for customers to have a direct interface to virtually any incremental encoder input or counter card, eliminating costly absolute encoder converters and special PLC interface modules.

The BlueOx Quadrature LDT is lab tested and field proven to stand up to high shock and vibration without effect. With test results of 2,000 Gs of shock and 30 Gs of random vibration without false signals or mechanical damage, the BlueOx Quadrature LDT is ready to perform in the most demanding applications.

The BlueOx Quadrature LDT can be ordered with 1 to 9999 cycles per inch of output resolution and the position data is absolute. The transducer features an input to re-zero the probe “on the fly”. Another unique feature is the “burst” mode. An input on the transducer triggers a data transfer of all the incremental position data relative to the transducer’s absolute zero position. This can be used to achieve absolute position updates when power is restored to the system.

The BlueOx Quadrature is shipped from the factory pre-calibrated and ready for installation. In addition to its ability to withstand shock and vibration, the BlueOx Quadrature is rugged in other ways. Sensing tube construction is welded stainless steel, suitable for insertion in 5,000 PSI hydraulic cylinders.

The electronics are enclosed behind an aluminum housing with O-ring seals. The BlueOx Quadrature LDT, with its rugged construction, is at home in heavy duty areas such as lumber mills, steel mills, stamping plants and any other harsh environment where accurate and reliable continuous linear position sensing is needed.


952QD BlueOx with Quadrature Output

Specifications

Input Voltage 13.5-26.4 VDC


Output Quadrature Output A+, A-, B+, B-, Z+, Z-.Line Drivers: 5V or Input Power

Inputs 10-30 VDC

Resolution 0.001”

Non-Linearity 60” to < 120”Approx. 3ms > 120”

Enclosure IP67

Specifications are subject to change without notice.Specifications are based on a typical 36” LDT .


955LC BRIK

Magnetostrictive LDT In A Low Profile Package

The 955LC BRIK is an accurate, programmable zero and span, non-contact linear position sensor in an economical, low profile package. The sensor utilizes our field proven magnetostrictive technology to give absolute position, repeatable to .01% of the sensing distance. The 955LC is a cost effective linear sensing solution, designed for the OEM market.

The transducer can be ordered with 0-10 VDC or 4-20mA. The unit can easily be re-scaled and changed from a 0-10 VDC to a 10-0 VDC or 4-20mA to a 20-4mA using programming module 955-1412. All units are provided with a standard quick disconnect connector. The streamlined anodized aluminum extrusion houses the sensing element and electronics. The magnet slide moves over the sensing element that determines the position and converts it to a readable output.

The 955LC BRIK is a self-contained unit and does not have a can or head assembly. All of the electronics are incorporated in the transducer which is less than one inch tall. Units can be ordered in span lengths up to 180 inches long in 0.1 inch increments. The magnet slide is designed to move effortlessly along the transducer in guide tracks.

A variety of hardware is available for attaching the magnet slide to the moving portion of the process. The transducer can be mounted vertically or horizontally using mounting feet which slide on the lower part of the extrusion and clamp down when tightened. This packaging provides a compact and easy method of mounting for OEM machine builders.

The 955LC BRIK is designed for OEM applications where economical continuous feedback is necessary. The sensor can be a cost effective replacement to limit switches, proximity sensors, linear potentiometers and LVDTs. Applications include presses, blow molding, injection molding, extrusion, roll positioning, dancer control and many more.

An optional 956 BLOK Housing is available for this LDT. See LDT Housing Options section.


Specifications

Input Voltage 24 VDC +/- 20%

Current Draw 100mA Max.

Output 0 to 10 VDC10 to 0 VDC4 to 20mA20 to 4mA

Non-Linearity +/- 0.05% of Strokeor +/- 0.028”, Whichever is Greater

Accuracy 0.1% of Full Stroke

Repeatability +/- 0.01% of Full Strokeor +/- 0.014”, Whichever is Greater

Operating Temperature -20° to 70° C

Span Length 6” to 180”

Null Zone 3.00”

Dead Band 1.50”

Connector Standard 4 Pin Micro 12mm Euro Connector

Agency Approvals CE Approved

Enclosure IP67

Specifications may change without notice.


955S Smart BRIK


The 955S Smart BRIK is an accurate, programmable zero and span, auto-tuning, non-contact linear position sensor in an economical, low profile package. The sensor utilizes our field proven magnetostrictive technology to give absolute position, repeatable to .01% of the sensing distance.

The streamlined anodized aluminum extrusion houses the sensing element and electronics. The magnet slide moves over the sensing element that determines the position and converts it to a readable output. The 955S Smart BRIK is a self-contained unit with no can or head assembly. The electronics are incorporated in the transducer which is less than one inch tall. Units come in span lengths up to 180 inches long in 0.1 inch increments. The magnet slide is designed to move effortlessly along the transducer in guide tracks or a floating magnet assembly can be positioned above the unit.

A variety of hardware is available for attaching the magnet slide to the moving portion of the process. The transducer can be mounted vertically or horizontally using our mounting feet which slide on the lower part of the extrusion and clamp down when tightened. This packaging provides a compact and easy method of mounting for machine builders.

The transducer can be ordered with 0-10 VDC, 4-20mA, or -10 to 10 VDC output. All units are provided with a standard quick disconnect connector. A unique feature is the diagnostic LED that remains green when a good magnet signal is present and when in the active programmed area. The LED turns yellow when the magnet is out of the programmed active range but still within the active stroke area. The LED turns red when there is no magnet present or the magnet assembly is out of the sensing area.

The 955S Smart BRIK is designed for applications where economical continuous feedback is necessary. The sensor can be a cost effective replacement to limit and proximity sensors and linear potentiometers. Applications include presses, blow molding, injection molding, extruding, roll positioning and many more.


Specifications

Input Voltage 10-30 VDC

Current Draw 100mA Max.

Output V0 = 0-10 VDCV1 = 10-0 VDCV2 = -10 to 10 VDCV3 = 10 to -10 VDCV4 = 0 to 5 VDCV5 = 5 to 0 VDCV6 = -5 to 5 VDCV7 = 5 to -5 VDCC4 = 4 to 20mAC2 = 20 to 4mA

Non-Linearity +/- 0.05% of Full Stroke

Accuracy +/- 0.1% of Full Stroke


Operating Temperature -40° to 158° F (-40° to 70° C)


Null Zone 3”

Dead Band 1.5”

Connectors 12mm Micro 4 Pin

Enclosure IP67, IP68 Optional

Approvals CE, FM Class I, Div 2




955A BRIK Gen III

Specifications

Input Voltage 13.5 to 30 VDC

Current Draw 2.5 Watts max. , 120mA @ 15 VDC Typical

Output 0 to 10 VDC, 10 to 0 VDC, 4 to 20mA, 20 to 4mA


0.001”16 Bit (1 part in 65,535)

Non-Linearity +/- 0.05% of Stroke


Hysteresis +/- 0.02% of Full Scale

Update 50” or less 51” to 100” 101” to 150” 151” to 180”

1ms (Stroke Lengths 5”-50”)2ms (Stroke Lengths 51”-100”)3ms (Stroke Lengths 101”-150”)4ms (Stroke Lengths 151”-180”)



Null Zone 3.00”

Dead Band 2.00”

LED Green = Power is applied and magnet is presentRed = Fault, magnet is in the Dead Band or lostYellow = Out of the active programmed range


Approvals CE


Specifications are subject to change without notice.Specifications are based on a typical 36” LDT.

GEMCO 955A BRIK Gen III

The 955A BRIK Gen III is an accurate programmable, auto-tuning, non-contact, Linear Displacement Transducer in an economical, low profile package. The transducer utilizes our field proven magnetostrictive technology to give absolute position, repeatable to .006% of the programmable sensing distance.

The streamlined anodized aluminum extrusion houses the sensing element and electronics. The magnet moves over the sensing element that determines the position and converts it to an analog output. It can be ordered with a 0 to 10 VDC or 4 to 20mA output.

The 955A BRIK Gen III has a few truly unique features. The first one is the LDT’s auto-tuning capability, the ability to sense a magnet other than the standard slide magnet and adjust its signal strength accordingly. Another feature is the analog output is programmable over the entire active stroke length. The active stroke area of the LDT lies between the Null Zone and Dead Band.

There is a diagnostic LED located at the connector end of the probe that remains green while a good magnet signal is present and when the magnet is in the programmed stroke area. The LED turns yellow when the magnet is out of the programmed active range, but still within the active stroke area. The LED turns red and the output goes to 0 volts on voltage output units, or 4mA on current output units when there is no magnet present or when the magnet is out of the sensing area.

The unit can easily be changed in the field from a 0-10 VDC to a 10-0 VDC or 4-20mA to a 20-4mA . As an added feature, the optional differential analog output allows the distance between two magnets to be measured.

The 955A BRIK is designed for applications needing economical continuous feedback. The sensor can be a cost effective replacement to limit switches, proximity sensors, linear potentiometers and LVDTs.




955D BRIK Gen III

Specifications



Output Control Pulse, Variable Pulse, Stop/Start

Resolution Controller Dependent




Update Controller Dependent



Null Zone 3.00”

Dead Band 2.00”

LED Green = Power is applied and magnet is presentRed = Fault, magnet is in the Dead Band or lostYellow = No Interrogation Signal


Approvals CE



GEMCO 955D Digital BRIK Gen III

The 955D Digital BRIK Gen III is an accurate programmable, auto-tuning, non-contact, Linear Displacement Transducer in an economical, low profile package. The transducer utilizes our field proven magnetostrictive technology to give absolute position, repeatable to .006% of the programmable sensing distance.

The streamlined anodized aluminum extrusion houses the sensing element and electronics. The magnet moves over the sensing element that determines the position and converts it to either a control pulse, variable pulse or RS422 Start/Stop digital output. The 955D is compatible with PLC Interface Cards and our 2120 and 1746 LDT Interface Cards.

The 955D BRIK Gen III has some truly unique features. The first one is the LDT’s auto-tuning capability, the ability to sense a magnet other than the standard slide magnet and adjust its signal strength accordingly.

There is a diagnostic LED located at the connector end of the probe that remains green while a good magnet signal is present and when the magnet is in the programmed stroke area. The LED turns yellow if no interrogation signal is detected. The LED turns red when there is no magnet present or when the magnet is out of the sensing area.

The 955D BRIK is designed for applications where economical continuous feedback is necessary. The sensor can be a cost effective replacement to limit switches, proximity sensors, linear potentiometers and LVDTs. Applications include presses, blow molding, injection molding, extrusion, roll positioning, dancer control and many more.




955DQ BRIK Gen III


The 955DQ BRIK is an accurate, auto-tuning, non- contact Linear Displacement Transducer in an economical, low profile package with direct quadrature output.

This new method of interfacing magnetrostrictive transducers offers an interface as common as analog but with the speed and accuracy of pulsed type signaling. The GEMCO 955DQ linear transducer provides quadrature output directly from the transducer to the controller. The output from the transducer can be wired directly to any incremental encoder input card, without the need for a special converter module or a PLC interface card designed specifically for use with a pulsed output magnetostrictive transducer.

The streamlined anodized aluminum extrusion houses the sensing element and electronics. The BRIK with quadrature output is a self-contained unit. All of the electronics are incorporated in the transducer which is less than one inch deep. The magnet slide is designed to move effortlessly along the transducer in a guide track or a floating magnet assembly can be positioned above the unit.

The 955DQ BRIK has a few truly unique features. First, the LDT has auto-tuning capability. This is the ability to sense a magnet other than the standard slide magnet and adjust its signal strength accordingly. Another feature is a diagnostic LED on the connector end of the probe that remains green when a magnet signal is present and power is normal. The LED turns red when there is no magnet present.

The 955DQ LDT can be ordered with 1-9999 cycles per inch of output resolution in lengths of 5 to 180 inches. The transducer features an input to re-zero the probe “on-the-fly”. Another unique feature is the “burst” mode. An input on the transducer triggers a data transfer of all the incremental position data relative to the customers set zero position. This can be used to achieve absolute position updates when power is restored to the system, eliminating the time consuming need to “re-home” the machine.



Specifications



Output Quadrature Output A+, A-, B+, B-, Z+, Z- Line Drivers: 5V or Input Power

Resolution 0.001”




Update 50” or less 51” to 100” 101” to 150” 151” to 180”

1ms (Stroke Lengths 5”-50”)2ms (Stroke Lengths 51”-100”)3ms (Stroke Lengths 101”-150”)4ms (Stroke Lengths 151”-180”)



Null Zone 3.00”

Dead Band 2.00”

LED Green = Power is applied and magnet is presentRed = Fault, magnet is in the Dead Band or lost

Connector Standard 12 Pin Micro (Option E)12mm Euro Connectoror 10 Pin HRS (Option H)

Approvals CE

Enclosure IP67, IP68 Optional (Connector Option E Only)



950MD Mill-Duty Housing

The 950MD is designed for applications where mounting a stand-alone magnetostrictive Linear Displacement Transducer is prohibitive due to potential physical damage, environmental considerations or mounting limitations.

The Mill-Duty Housing is designed to eliminate all of the above problems by protecting an LDT from physical and environmental damage, such as temperature or corrosives, and offers a simple two-point mounting scheme that can compensate for lateral and horizontal play in the machine while in operation.

The 950MD was originally designed for use in steel mill applications, but has proven reliable in many applications where ruggedness, environmental protection and ease of mounting are required.

See Part Numbers section starting on page 22, or visit our Resource Center on the web at www.AMETEKAPT.com.

LDT Housing Options

956 BLOK Housing

The 956 BLOK is a housing option available for all 955 BRIK Style Linear Displacement Transducers. It is an exclusive two chamber industrial rod and barrel style enclosure.

The electronics are isolated in a chamber that has an IP67, optional IP68 rating. The piston is housed in the second chamber which has an IP65 rating.

The units are available up to a stroke length of 36 inches. The 316 stainless steel rod or piston is .375” in diameter and has ¼”-28 threads extending from the extrusion for easy installation.

The opposing end of the rod is a piston with a magnet permanently affixed that slides effortlessly through a Rulon bearing assembly. As the magnet is moved it is sensed by the electronics in the other chamber and converted to a usable output.

Note: 956 BLOK housing option is for the entire 955 series. To order a 955 with the 956 housing option, simply replace the 955 in the part number with 956. See the Part Number section for complete information.

Call Customer Service at 800.635.0289 or visit our web site at www. AMETEKAPT.com for 956 BLOK Linear Transducer part numbers.


1746R PLC Resolver Module

High Resolution Resolver Module for A-B SLC500 I/O Chassis

The 1746R PLC Resolver Module is a resolver based unit incorporating Allen-Bradley licensed technology for complete compatibility with A-B 1746 I/O chassis. The unit monitors machine position and delivers continuous absolute position data at 12-Bit (4,096 count) resolution and RPM data to the SLC processor.

This module is available in two versions. 1746R-1 is for single axis applications with a single turn resolver. Standard software allows single turn resolvers to be used in multi-turn applications. The 1746R-2 for dual axis applications uses two, single turn resolvers to monitor each axis independently, or is field configurable for use with a single, multi-turn dual resolver to monitor a single axis for absolute positioning over multiple revolutions.

Each channel has an auxiliary input that can be field configured to operate in one of two ways: 1. Reset to Preset. Continuously synchronize position data to the leading edge of the product or to automatically compensate for process drift. 2. Brake monitoring in metal stamping applications. Automatic calculation of stop time and stop angle is transferred to the I/O image table.

In addition, two programmable time limits are available to monitor maximum stop values: the first as a potential maintenance warning, and the second as an error if the press exceeds the programmed maximum acceptable stop time.

Call Customer Service at 1.800.635.0289 or visit our Resource Center on the web at www.AMETEKAPT.com for for complete details on our 1746 PLC Modules.

Specifications

Power Requirements 0.250A max. @ +5 VDC0.0A max. @ +24 VDC

Resolution 12 Bit ( For standard resolver )18 Bit ( For 64:1 multi-turn dual resolver )19 Bit ( For 128:1 multi-turn dual resolver )

RPM 2048 max.

Resolver Cable Length 1,000 ft. max.

Temperature Rating Operating Storage

32° to 131°F (0° to 55°C) 0° to 150°F (-17° to 65°C)

Position Update Time 300 single resolver position600 dual resolvers ormulti-turn resolver position800 multi-turn dual resolvers

RPM Update Time 14.68ms for RPM

Auxiliary Inputs 10-30 VDC max. @ 3mA Brake monitor: active (timing starts) when contact opens (1 ms resolution)Reset to Preset: active when contact closes

Module ID Code 3535 (reserves 8 input words and 8 output words in I/O image table)

I/O Isolation 500 VAC

Specifications may change without notice. Order Resolvers separately.


1746L PLC LDT Module

High Resolution LDT Module Provides Continuous Linear Position Input to A-B SLC500 I/O Chassis

The 1746L PLC LDT Module is a magnetostrictive Linear Displacement Transducer (LDT) based unit that incorporates Allen-Bradley licensed technology for complete compatibility with A-B 1746 I/O chassis.

The unit monitors and delivers continuous absolute position data to the SLC processor in inches to 0.001” or in millimeters to 0.01 mm and velocity data. This high resolution is accomplished without the need for recirculations for improved system response time.

The 1746L is available in two versions to accommodate one or two LDTs. All power for the LDTs is supplied directly from the 1746 Encoder Module.

Other features include: position freeze, movement fault detection and programmable over travel limits for use in pressrooms and general purpose industrial automation.

The 1746L LDT Module is suitable for use with many LDT inputs, including GEMCO 951 Quick-Stik II and 952 BlueOx and 955D BRIK LDTs.

Call Customer Service at 1.800.635.0289 or visit our Resource Center on the web at www.AMETEKAPT.com for for complete details on our 1746 PLC Modules.

Specifications

Power Requirements 0.50A min. @ +5 VDC2.22A max. @ +5 VDC

+24 VDC Output to Power LDTs

Protection: thermal, overcurrent, short circuitCurrent: 300mA max. @ +24 VDC Regulation: +24 VDC +/-5% max.Isolation: 500 VAC

Resolution 0.001” or 0.01mm

Velocity 0.1”/second accuracy

Temperature Range Operating Storage

32° to 131°F (0° to 55°C) 0° to 150°F (-17° to 65°C)

Auxiliary Inputs 10-30 VDC max. @ 3mA (active when power is applied)

Module ID Code 3535 (reserves 8 input words and 8 output words in I/O image table)

I/O Isolation 500 Vac

Specifications may change without notice. Order LDT Sensor separately.


1771 Programmable Limit Switch

High Resolution, High Speed Programmable Limit Switch Module

The 1771 Programmable Limit Switch, (PLS), is an ultra high speed PLS resolver-based unit that incorporates Allen-Bradley technology and is completely compatible with the A-B 1771 I/O chassis.

All units have the following features:• The GEMCO 1771-PLS cards are internally powered

from the PLC backplane, eliminating the need for an external power supply

• 16 outputs, internally updated every 500 microseconds, presented to the PLC-5 I/O image table every 5ms• Speed Compensation/Run-Up control software

advances/retards outputs over machine speed changes• Minimum Speed Disable for safety and quality control

The 1771 PLS-B1 Ultra High Speed PLS • Ideal for high speed gluing, assembly, and labeling

applications• 16 outputs, 5 microsecond scan time accessed through

front panel connector• Eight field configurable inputs for product presence, registration mark synchronization or remote set point Advance/Retard inputs• Reset to Preset Inputs for synchronizing output circuits

to leading edge of product• Output Enable Inputs signal critical events• Event Capture Inputs allow confirmation that critical

events have occurred • Remote Set Point Tuning compensates for process drift• Automatic Stitching Output Pattern programs

significantly save programming time

The 1771 PLS-C1 Ultra High Speed PLS • Provides users with a cost-effective resolver input card

with added PLS capabilities• Two inputs from I/O image table for: • Reset to Preset Inputs for synchronizing output circuits to leading edge of product • Output Enable Inputs signal critical events, improving quality and reducing downtime • Event Capture Inputs allow confirmation that critical events have occurred at the right time and place in the process • Remote Set Point Tuning compensates for process drift Call Customer Service at 1.800.635.0289 or visit our Resource Center on the web at www.AMETEKAPT.com for for complete details on our 1771 High Speed PLS.

Specifications PLS Module Specifications

Power Requirements 5 VDC 1771 backplane power (10 watts max.)


32°F to 131°F (0°C to 55°C) 0°F to 150°F (-17°C to 65°C)

Scan Time 5µs for 16 outputs accessed through front panel connector, 250µs for 16 outputs accessed from A-B 1771 I/O image table

Resolution 14-Bit (16,384) with field programmable scale factor

Total Set Points 1024 (stitching patterns count as one Set Point)

Limit Switch Outputs Optically isolated driver, Current sinking 5 VDC 30mA (Typically used to drive high power relays on I/O Module rack)

Auxiliary Inputs (1771 PLS-B1 only)

Sinking input (Current source, sink to actuate) 5 VDC 15mA (Typically actuated by input relays on I/O Module rack)

Auxiliary Comm. Port RS232 interface (Consult factory for availability) I/O Module Rack Reference Specifications

Power Requirements 5 VDC power provided by PLS module through cable assembly to energize relays. No external power required. 1 watt max when all relays are energized. A separate power supply is required for the loads driven by the output relays listed below.


-40°F to 212°F (-40°C to 100°C) -40°F to 258°F (-40°C to 125°C)

Output Relays DC output relay

AC output relay

70M-ODC5; 3-60 VDC, 3 Amp max. load 1.5mA leakage at 60 VDC; 20µs turn-on, 50µs turn-off time

70M-OAC5; 24-140 VAC, 3 Amp max. load 2mA leakage max.; 8.3m sec turn-on and turn-off time

Input Relays DC input relay

AC input relay

70M-IDC5; 3-32 VDC input range, 18mA max.; .20ms max. turn-on time

70M-IAC5; 90-140 VAC input range, 8mA max.; 20ms max. turn-on time

Mounting Panel mount (standard) or DIN Rail mount (optional)


1986 Resolvers

DeviceNet Specifications12 Bit Resolution (4096 Counts) up to 1,800 RPM

Response in Real Time on the DeviceNet Network

125K, 250K or 500K Baud Rates

Supports Bit Strobe or Polling Modes

All Electronics Embedded in Encoder Housing

DeviceNet Node Embedded. Programmable Scale Factor

Continuous Position Data, RPM Data, plus 8 Discrete User

8 Programmable Set Points

Set Points Programmable over the DeviceNet Network

-20°C to +70°C (-4°F to +158°F)

All Metal Construction, NEMA 4 Enclosed

Mini-Change DeviceNet Connector

Flange or Foot Mounting

Specifications may change without notice. Patent Pending.

High Resolution Resolver Transducers for Heavy Duty Industrial Applications

For over 30 years, GEMCO’s 1986 Resolver Transducers have been a standard solution for harsh industrial applications like steel mills and stamping press automation.

The resolver technology used has no electronics in the transducer, allowing use in a wide range of temperature and vibration extremes.

The standard GEMCO Resolvers are compatible with 7500, 1990, 1771 or 1746R PLC Modules, as well as with all GEMCO stand-alone modules.

GEMCO has always been a pioneer in the design and manufacturing of “built to order” resolver packages. We can mechanically and electrically match any competitor’s package while improving on the overall design to enhance the performance, accuracy or durability. Through our wide range of materials for construction and precision gear reducers we can extend your sensor’s life many times over. We offer packages with multiple sensors and gear reducers in a variety of materials. We have engineered special resolver packages with stainless steel housings, oil filled packages, high RPM, high resolution, resolver/encoder combinations and tach generators.

Units are also available internally mounted in 1980 Rotary Cam Limit Switches, 925 Cable Reel Sensors and in 1986 Mill Duty steel plate housings. Listed units are NEMA 4 rated.

The DeviceNet output option plugs in as a node on any control system with a DeviceNet Scanner. Additional encoders are added by simply plugging them onto the network.

Each encoder is easy to mount and wire using mini-change plug connectors, eliminating the need for cables. Since every DeviceNet network is bus powered, there is no separate power supply to worry about. There are no port concentrators to buy, since all of the sensing and network electronics are embedded within the encoder housing.

Extra units can be added to the same DeviceNet network without adding scanner cards, making this approach very attractive when more than one encoder is needed.

Call Customer Service at 1.800.635.0289, or visit our Resource Center on the web at www.AMETEKAPT.com for complete details of our 1986 Series Resolvers.


1990DN Resolver Interface/PLS

Din Rail Mount Module Allows Standard Resolvers DeviceNet Functionality.

In many applications the harsh environment requires a rugged method of rotary positioning. Resolver technology is the proven method to obtain absolute rotary position data in the harshest environments such as steel mills, lumber and metal stamping. In areas of the plant where electronics cannot survive, but DeviceNet networks are used, we have the answer. The 1990DN mounts on a din rail in the control panel and a standard resolver is wired to the terminals. The DeviceNet network is then attached to the front connector to pass position data, RPM, and set point status from the module.

The 1990DN plugs in as a node on any control system with a DeviceNet Scanner Card. Continuous rotary position data is provided with 12 Bit resolution. In addition, eight (8) built-in user programmable set points allow direct control of critical functions over the network. All programming is done over the DeviceNet network.

The 1990DN provides flexibility and cost savings when compared to other methods of continuous position sensing. Each resolver is wired to the module. Since every DeviceNet network is bus powered, there is no separate power supply to worry about. The 1990DN with continuous rotary position, eight discrete set points built-in, and a DeviceNet scanner card, is competitive with a plain resolver and a PLC resolver input card. Additional resolvers can be added on the same DeviceNet network without adding additional scanner cards, making this approach very attractive when more than one resolver is needed on the same system.

Using the 1990DN, it is now possible to eliminate programmable limit switches or other added electronic modules for certain applications. This means savings on equipment and installation with improved reliability, which translates directly to improved productivity and lower costs.


DeviceNet Specifications12 Bit Resolution (4096 Counts) up to 1,800 RPM

Response in Real Time on the DeviceNet Network

125K, 250K or 500K Baud Rates

Supports Bit Strobe or Polling Modes

All Electronics Embedded in Encoder Housing

DeviceNet Node Embedded. Programmable Scale Factor

Continuous Position Data, RPM Data, plus 8 Discrete User

8 Programmable Set Points

Set Points Programmable over the DeviceNet Network

-20°C to +70°C (-4°F to +158°F)

Mini-Change DeviceNet Connector

DIN Rail Mounting

Specifications may change without notice. Patent Pending.


1999 Semelex II

1999 Semelex II Safetimeter Test Set

Our newly designed Semelex II Safetimeter Test Set is field proven to accurately measure press stop time and safety distance to verify compliance with federal and state requirements. Designed for harsh industrial environments, the unit is portable, light weight, easy to use and incorporates new and improved features.

Ruggedized Auto-Hand - Built for pressrooms, it will release a run button or push an E-Stop button to initiate press stop when signaled by the position/velocity transducer.

Redesigned Auto-Flag - Connects to the Auto-Hand and is positioned outside the sensing field of personal safety devices. It initiates press stop by interrupting the sensing zone at a preset point in the stroke to check stop time.

Heavy-Duty Position/Velocity Transducer - Industrial grade magnets for secure mounting to base and upper bolster. It provides accurate direction, position and velocity signals to the meter for testing press strokes up to 49 inches.

Quick Charge Battery - The units built in battery can be fully charged in 8 hours, or can run off AC power. You can not over charge the battery, and a charge indicator signals when the battery is low.

Two Safetimeters in one - The same unit can be used to check full or part revolution clutch presses.

Counterbalance - Can easily be checked by measuring the down and up stroke stop time. When these two times are the same, counterbalance is properly set.

Personnel Safety Devices like light curtains or safety mats can be tested using the Auto-Hand and Auto-Flag to verify reaction time per the OSHA formula. The overall response time of the safety device, press control E-Stop circuit and the clutch brake mechanism are checked when the Auto-Hand or Auto-Flag accessories are used.

Optional Remote Tachometer Set - Consists of a tachometer on a magnetic base, two drive wheels and one drive cone. This sensor assembly is used to monitor the stopping time of conveyors or robots that cannot be monitored by the standard position/velocity sensor.

Optional Manual Start Switch - used to simultaneously initiate an E-Stop condition and the stop time calculation

Specifications

Stop Time (Ts) 9.999 seconds max.

Safety Distance (Ds) 999.9 inches, max.

Press Stroke 49 inches, max.

Operating Between Charges: 3-5 days typical on/off

Accuracy +/- 1% of reading

Power Supply 115VAC 50/60 Hz supply/charger 6VDC rechargeable battery

Options Manual start push button

Remote tachometer with magnetic base accurately measures rotary stop times.

Applications include: Indexing tables, fillers, conveyers, and blow molding wheel machines.


in the safetimeter. The switch can be placed upon a safety mat used for machine guarding. Stepping on the switch synchronizes the stop time calculation with the safety mats E-Stop output signal.

The Complete Test Set includes a meter, position/velocity transducer with cable extension set, Auto-Hand with Auto-Flag, legs, plunger extension and operations manual.

Ruggedized Auto-Hand

Position/VelocityTransducer


7330 Pro-Stik II

Intrinsically Safe Programmable Linear Position Sensor

The 7330 Pro-Stik II sensor combines the reliability and resolution of magnetostrictive continuous absolute position sensing with the Stik sensor package to create a unique level measuring instrument.

The magnetostrictive technology is the same as used in GEMCO LDT sensors. AMETEK liquid level sensors have been proven in demanding applications such as underground leak detection and inventory management. The 7330 is available with a rigid 316 stainless steel or flexible PVDF materials.

All of the electronics are SMT components integrated into the 5/8” diameter sensing tube. This breakthrough in package design eliminates the electronics enclosure at the top of the sensor, which reduces the cost and offers greater options for insertion and mounting in tanks and vessels.

Continuous position data is provided with resolution of .014”. The two wire loop powered 4-20mA intrinsically safe output is field programmable for zero and span via a separate programming pin. The position data is absolute and can be referenced from the top or bottom of the probe.

The rugged, all welded 316 stainless steel construction is ideal for industrial, food processing, pharmaceutical, sanitary environments and even hazardous areas requiring intrinsically safe protection.

The sanitary and food grade versions of the Stik are totally welded, ground and polished, and can be easily installed with the Tri-clamp fitting. The 7330S probe design eliminates unacceptable cracks and crevices and is available in a 3-A CIP version or food grade finish with a removable float. A variety of floats, magnets, and mounting options are available to fit virtually any application.


SpecificationsOperating Voltage 13.5-30 VDC

Loop Impedance (R) 0-1,000 @ 24 volts

Output 4-20mA

Operating Temperature -20° C to 70° C

Food Grade Style Shown

Pressure Rating 1,000 PSI Max.

Resolution 0.025% full scale or 0.02” (whichever is greater)

Repeatability 0.025% full scale or +/-0.020” (whichever is greater)

Non-Linearity 0.1% or .050” (whichever is greater)

Enclosure: Material Rating

316 SS or PVDFIP68

Probe LengthStainless Steel 20”-288”

Null Zone 8”

Dead Band 2”

Intrinsically Safe Barrier Voc less than or equal to 30 VDCIsc less than or equal to 216mA

Hazardous Areas Approvals FM, CSA -20° O Tamb O 70° C Class I, II, II, Div. 1 Groups C, D, E, F, G, T4 Class I, Div. 2 Groups A, B, C, D, T4 Class I, Zone 0, AEx ia IIB T4

ATEX EEx ia IIB T4 NEMKO 04 ATEX 1357X 0344 II 1G 3A (74-02)

Other Approvals Sanitary 3A (74-02)

Specifications may change without notice. Patented.


7500 Ultra High Speed PLS

7500 Ultra High Speed (UHS) Programmable Limit Switch

The 7500 Ultra High Speed (UHS) Programmable Limit Switch is, along with the GEMCO 1771 PLS, the fastest pattern controller on the market. With its 5 micro-second scan times for the 16 ‘hard’ outputs, this unit offers unparalleled speeds above and beyond all other options.

This unit includes all features of the 1771 product, which was designed specifically for nonwovens manufacturing processes. Capabilities requested specifically by nonwovens industry users and machine builders include:

• Network communication capabilities. A modular communication block which allows the PLS to communicate with the parent machine over the bus is available. ControlNet and Ethernet IP are available. This allows the pattern controller to function with virtually any parent machine, regardless of the specified PLC.

• Connecting multiple controllers to one resolver or encoder. This new series allows multiple controllers to be powered off of one resolver.

• Outputs can be easily grouped together (i.e. one group per applicator), allowing the fast programming and control of each group.

• Groups can be electrically forced on or off extremely rapidly, preventing unwanted application of adhesive during web breaks.

• ”Soft-tuning” of outputs allows users control over the relationship of the inputs and the corresponding outputs.

• Add-On Test Function.• Input capture• Adhesive applicator • Remote Display/Programming Interface. A user

interface can be mounted away from the main unit to allow remote programming.

• On Board Diagnostics, including output terminal blocks with test probe access and a built-in fuse tester right on the main unit.

Call Customer Service at 1.800.635.0289 or visit our Resource Center on the web at www.AMETEKAPT.com for for complete details on our 7500 Ultra High Speed PLS.

SpecificationsOutputs Ultra High Speed Soft

Modules

32 Total16 Hard Outputs @ 5µs update16 Software Outputs @ 500µs update and transmitted @ NUT (Network Update Time)Opto-22 G4 Series, individually fused 5-60 VDC @ 3A (50µs), 24-280 VAC @ 3A (8.3ms)

Inputs Hardware

Software

16 Total8 High Speed Hardware Inputs, interrupt driven (10-30 VDC, 4mA max, optically isolated)8 Software Inputs @ NUT (Network Update Time)

I/O Groups 8 Total Each group has programmable scale factor, offset, position and speed compensation

Input Configurations 10 types including Reset-to-Preset, output enablers, remote set point tuning, and output forcing modes

Position Input Number of Channels Types

1Resolver, 14-Bits ( 1 part in 16,384)Quadrature Encoder, 14-Bits ( 1 part in 16,384)5 VDC @ 0.2A encoder power supply

Communication Local Network

Aux. RS485, Consult factory for protocolControlNet or Ethernet IP. Others available, consult factory.

Mounting DIN Rail, Panel Mount

Environmental Enclosure Temperature

IP50Operating: 32°F to 131°F (0°C to 55°C) Storage: 0°F to 150°F (-17°C to 65°C)

Input Power Requirements Voltage Power Consumption

10-30 VDC10 Watts max, 7.5 Watts Typical

Fault Check Output Relay 8A @ 250 VAC, 8A @ 30 VDC

Resolver Cable Length 1,000 Ft. Max

Max. Speed 1,800 RPM



CATRACCable & Hose Carrier

Protect cables from twisting and wear

CATRAC Cable & Hose Carriers meet the demand for high quality, low cost methods of carrying and protecting cables and hoses. It is used on all types of machinery as a means of safely and efficiently conveying power, electrical, air or fluid, to equipment in motion. A wide variety of standard carrier designs are available which allow ease of installation and service. It’s easy to add or remove hoses and is designed to be maintenance free.

The double welded carrier with bolted construction is the ultimate in strength for a carrier. The all steel construction is fabricated from 80,000 lb. tensile steel links and assembled with 9/16, 3/4 or 1” hardened shoulder bolts and locknuts. Box beam construction is standard in the 456, 606 and 808 style CATRAC and can absorb side thrust loads and withstand severe hydraulic shock loads.

The Three-Pin Center Pivot CATRAC line allows for longer unsupported travels, smoother cycling and minimal hose movement. The no pinch points construction insure operator safety from accidentally catching clothing or limbs in the working CATRAC.

Standard side links are 80,000 PSI zinc plated high tensile steel stampings. Aluminum and stainless steel constructions are also available. Pin and retaining ring construction is standard, but bolted construction with nylon lock nuts is available on all styles.

We can build any link height, width, bend radius or mounting height to give you the optimum CATRAC system for your application.

CATRAC is designed for applications such as aerial lifts, cranes, machine tools, robots, steel mills, bridges, locks, dams and material handling equipment.

Call Customer Service at 1.800.325.8074 or visit our Resource Center on the web at www.AMETEKAPT.com for for complete details on our CATRAC Cable and Hose Carriers.


Part Numbers

940 0120 1E

Output1E = 0-10 VDC2E = 10-0 VDC3E = 4-20mA Loop Powered

940 Analog LPS Stroke Length Units are ordered in 0.10 inch increments. 0120 = 12 inch active stroke.

24 0120

Analog Transceiver For 950IS LDT

Stroke Length Insert stroke length to 0.1 inch. Enter as a four-place number. Example: A 12.0” stroke enters as 0120. To convert a metric stroke in millimeters, multiply millimeter value by 0.03937 to arrive at inch value.

Input Voltage 24 = 24 VDC Input Power115 = 115 VAC Input Power230 = 230 VAC Input Power

9501446

0120

Series 950ISIntrinsically Safe LDT


9501445

* If option E (environmental connector) is selected, mating connector and/or pigtail must be ordered separately. Note 1: On unsupported stroke lengths greater than 4 feet, rod support bracket(s) and a special magnet should be used. Note 2: Specify magnet style desired as separate line item (standard magnet is SD0400800).

951A V 0120 X

Null DimensionX = Standard 1.5 inch NullN_= Insert non-standard Null over 1.5 inches(Add non-standard portion of Null length to stroke length to calculate list price)

Analog Quik-Stik II


X

Dead BandX = Standard Dead Band of 2.25 inchesD_= Insert non-standard Dead Band over 2.25 inches(Add non-standard portion of Dead Band length to stroke length to calculate list price)

E

Connector StyleE = Environmental MS Connector*C_= Potted Pigtail Cable Assembly. Insert pigtail length in feet.Output Type

V = VoltageC1 = 4-20mA Grounded (sourcing)C2 = 4-20mA Ungrounded (sinking)

Listed below are just a few of the many part number configurations available from GEMCO.

Please contact our applications group at 1.800.635.0289 for further clarification of part numbers or to request your full line catalog. Information is also available in our Resource Center on the web at www.AMETEKAPT.com.

Part Numbers Not ListedCall 1.800.635.0289 1746R

1746L1771PLS 198619997500

Call 1.800.325.8074 CATRAC

940 LPS Linear Position Sensor

950IS Intrinsically Safe LDT

951 Analog Quik-Stik II LDT



951RS 0120 X


RS422 Start/Stop Quik-Stik II


X


E

Connector StyleE = Environmental MS Connector*C_= Potted Pigtail Cable Assembly. Insert pigtail length in feet.

* If option E (environmental connector) is selected, mating connector and/or pigtail must be ordered separately. Note 1: On unsupported stroke lengths greater than 4 feet, rod support bracket(s) and a special magnet should be used. Note 2: Specify magnet style desired as a separate line item (standard magnet is SD0400800). Note 3: The unit is field programmable (via PC or hand-held programmer) for number of recirculations. Note 4: Recirculations from 1-128 (in binary increments) are available. The recirculations are programmed via RS232.

951VP 0120 X


Variable PulseQuik-Stik II


X


E


X

Interrogation ModeI = Internal InterrogationE = External Interrogation

951 Variable Pulse Quik-Stik II LDT

951 RS422 Start/Stop Quik-Stik II LDT


951CP 0120 X


Control Pulse Quik-Stik II


X


E

Connector StyleE = Environmental MS Connector*C_= Potted Pigtail Cable Assem-bly. Insert pigtail length in feet.

951 Control Pulse Quik-Stik II LDT



951TP 0120 X


TTL Level Start/Stop Pulse Quik-Stik II


X


E


951 TTL Level Quik-Stik II LDT

* If option S or E (environmental connector) is selected, mating connector and/or pigtail must be ordered separately. Note 1: On unsupported stroke lengths greater than 4 feet, rod support bracket(s) and a special magnet should be used. Note 2: Specify magnet style desired as separate line item (standard magnet is SD0400800).

952A 0120 X

Null DimensionX = Standard 2 inch NullN_= Insert non-standard Null over 2 inches(Add non-standard portion of Null length to stroke length to calculate list price)

AnalogBlueOx

Stroke Length Insert stroke length to 0.1 inch. Enter as a four-place number. Example: A 12.0” stroke enters as 0120. To convert a metric stroke in millimeters, multiply millimeter value by 0.03937 to arrive at inch value. On differential output units (D0 or D1) the active measuring range will be 2.5” less than the specified stroke due to the 2.5” magnet to magnet separation distance requirement.

X


E

Connector StyleS = Standard 12mm 5 pin Euro Connector ( CE Approved )E = Environmental MS Connector*C_= Potted Pigtail Cable Assembly. Insert pigtail length in feet.T = Threaded Metal Connector (fits MTS-“RB” on Tempo II™ or III)Q = Bayonet Style Connector (fits MTS-“RC” on Tempo II™ or III)M = 1/4 Turn Quick Disconnect (fits MTS-“MS” on Tempo II™ or III)

V

Output Type V0 = 0-10 VDCV1 = 10-0 VDCC4 = 4-20mAC2 = 20-4mAD0 = Differential 0-10 VDC*D1 = Differential 4-20mA **Analog differential output is the difference between two magnets. Minimum distance is 2.5”.

952 Analog Blue Ox LDT



952RS 0120 X


RS422 Start/Stop with Interrogation Start SequenceBlue-Ox


X


E

Connector StyleE = Environmental MS Connector*C_= Potted Pigtail Cable Assembly. Insert pigtail length in feet.T = Threaded Metal Connector (fits MTS-“RB” on Tempo II™ or III)Q = Bayonet Style Connector (fits MTS-“RC” on Tempo II™ or III)M = 1/4 Turn Quick Disconnect (fits MTS-“MS” on Tempo II™ or III)

952 RS422 Start/Stop Blue Ox LDT


952VP 0120 X


Variable PulseBlueOx


X


E

Connector StyleS = Standard 12mm 5 pin Euro Connector ( CE Approved )E = Environmental MS Connector*C_= Potted Pigtail Cable Assembly. Insert pigtail length in feet.

I

Interrogation ModeI = Internal InterrogaionE = External Interrogaion

001

Recirculations Required001 (standard to 127

952 Variable Pulse Blue Ox LDT


952CP 0120 X


Control PulseBlueOx


X


E

Connector StyleS = Standard 12mm 5 pin Euro Connector ( CE Approved )E = Environmental MS Connector*C_= Potted Pigtail Cable Assembly. Insert pigtail length in feet.

952 Control Pulse Blue Ox LDT


Part Numbers

955LC V0 0120

955LC BRIK Stroke Length Insert stroke length to 0.1 inch. Enter as a four-place number. Example: A 12.0” stroke enters as 0120. To convert a metric stroke in millimeters, multiply mil-limeter value by 0.03937 to arrive at inch value.

Output Type V0 = 0 to 10 VDCV1 = 10 to 0 VDCC4 = 4 to 20mAC2 = 20 to 4mA


952QD 0120 X


Quadrature OutputBlue-Ox


X


E


1000 E

Input TypeE = Sinking (typically used with sourcing output type)C= Sourcing (typically used with sinking output type)T = TTL Level

Output Resolution Cycles per inch, maximun internal resolution is 0.001 inches 1,000 standard (available range is 0001 to 9999.

F7

Quadrature Cycle Output Frequency Range

F1 = 10 KHzF2 = 25 KHzF3 = 50 KHz

F4 = 75 KHzF5 = 100 KHzF6 = 150 KHz

F7 = 250 KHz F8 = 500 KHzF9 = 1.0 MHz

M1

Output ModeM1 = X1 Quadrature, consult factory for other output modes.

N

Zero Offset StorageV = Volatile (non retentive) N = Nonvolatile (retentive, 100,000 storage cycles maximum).

D

Output DriversD= Differential RS422 line driver, TTL compatibleL= Differential line driver 10-30 VDC, V out = V in (LDT Power) -1 volt

X

OptionsX = None

955LC BRIK Linear Displacement Transducer

952 Quadrature Blue Ox LDT


Part Numbers

955D CP 0120 X

955D Gen IIIControl Pulse or Stop/Start Output


Output Type CP = Control PulseRS = RS422 Start/Stop Pulse

OptionsX = No optionsE = Wet environment. Electronics sealed to IP 68 Rating.

955D VP 0120 X

955D BRIK Gen III VariablePulse


Output Type VP = Control Pulse


E

Interrogation ModeI = Internal InterrogationE = External Interrogation

001

Number of Recirculations001 (standard) to 127

955S Smart BRIK Linear Displacement Transducer

955D Digital BRIK Gen III Linear Displacement Transducer

955S V0 0120 __

OptionsLeave blank for no options. E = Wet environment. Electronics sealed to IP 68 Rating.

955S Smart BRIK Stroke Length Insert stroke length to 0.1 inch. Enter as a four-place number. Example: A 12.0” stroke enters as 0120. To convert a metric stroke in millimeters, multiply millimeter value by 0.03937 to arrive at inch value.

Output Type V0 = 0 to 10 VDCV1 = 10 to 0 VDCV2 = -10 to 10 VDCV3 = 10 to -10 VDCV4 = 0 to 5 VDC

V5 = 5 to 0 VDCV6 = -5 to 5 VDCV7 = 5 to -5 VDCC4 = 4 to 20mAC2 = 20 to 4mA


Part Numbers

955DQ 0120 E 1000 E F7 X1 N D X

Zero Offset StorageV = Volatile (nonretentive) N = Nonvolatile (retentive, 100,000 storage cycles maximum)

Output DriversD = Differential RS422 line driver, TTL compatible. L = Differential line driver 13.5 to 30 VDC, V out = V in (LDT Power) -1 Volt.

Output ResolutionCycles per inch, maximum internal resolution is .001 inches. 1000 standard (Available range is 0001 through 9999). Consult factory for for ranges above 9999.

Input TypeE = Sinking (Typically used with sourcing output type) C = Sourcing (Typically used with sinking output type) T = TTL Level

955DQQuadrature Output

Stroke LengthInsert stroke length to 0.1 inch. Enter as a four-place number. Example: A 12.0” stroke enters as 0120. To convert a metric stroke in millimeters, multiply mil-limeter value by 0.03937 to arrive at inch value.

Quadrature Cycle Output Frequency RangeF1 = 10 KHzF2 = 25 KHzF3 = 50 KHz

F4 = 75 KHzF5 = 100 KHzF6 = 150 KHz

F7 = 250 KHz F8 = 500 KHzF9 = 1.0 MHz

Output ModeX1 = X1 Quadrature D1 = Dual Magnet, Difference between magnets.

OptionsX = None E = Wet environment. Electronics sealed to IP 68 Rating. Connector Option E only.

Connector StyleH = HRS Environmental Connector E = Euro 12 Pin, 12mm Connector. Consult factory for others.

955DQ Quadrature BRIK Gen III Linear Displacement Transducer

955A V0 0120 X


955A Analog BRIK Gen III Stroke Length Insert stroke length to 0.1 inch. Enter as a four-place number. Example: A 12.0” stroke enters as 0120. To convert a metric stroke in millimeters, multiply millimeter value by 0.03937 to arrive at inch value.

Output Type V0 = 0 to 10 VDCV1 = 10 to 0 VDCC4 = 4 to 20mAC2 = 20 to 4mAD0 = Differential 0 to 10 VDC*D1 = Differential 4 to 20mA **Analog differential output is the difference between two magnets. Minimum distance is 2.5”.

955A Analog BRIK Gen III Linear Displacement Transducer


Note 1: Guide tube support brackets are supplied as standard for strokes of 72” or greater. Note 2: Special high temperature, abrasion resistant and oil resistant cables are available. Consult your Customer Service Representative.

950MD 12A 0B 0C X X

Fully Extended Overstroke in InchesInsert length of extend overstroke in inches followed by “C”. If no extend overstroke is required insert “0C”.

Connector StyleX = Standard 1/2 inch NPT Conduit Fitting (It is suggested to order a quick disconnect connector on the LDT)C2 = Environmental MS Connector and Mate on Side of Housing

(Specify the GEMCO LDT to be used within the body of the order. If the housing is being used with a competitive probe, please contact a Customer Service Representative).

Mill-Duty Housing

Active Stroke in InchesDetermine the “active” stroke to be measured followed by “A”.

OptionsX = NoneV = Vortex Air CoolerB1 = Protective Boot-Neoprene Coated Nylon (-60F to +250F )B2 = Protective Boot-Silicone Coated Fiber Glass (-100F to +550F )B3 = Protective Boot-Teflon Coated Fiber Glass (-100F to +500F ) R = Rear Mount Spherical Rod End 3/4”F = Front Mount Spherical Rod End 3/4”Fully Retracted Overstroke in Inches

Insert length of retract overstroke in inches followed by “B”. If no retract overstroke is required, simply insert “0B”.

733 0 X M E 072 F1 XXX X XX

Overall Length

MountingX = NoneC = “C” VersionT = Tri-ClampB = Fixed Bottom P = C.I.P. (3A)

Connector M = MiniR = 1/2” NPT Right AngleD = 3/4” NPT DualS = 3/4” NPT SingleB = Fixed Bottom

FittingsE = EnglishM = Metric

7330 Pro-Stik II

Output0 = 4-20mA1 = 20-4mA

Stroke LengthExample: Insert stroke in inches ie. 072 = 72”

Magnetic Signal CapabilitiesF1 = 1 Magnet

Special MountingXX = None For B Mounting StyleGx = Galvanized HsgSx = Stainless Hsgx0 = StdFor T Mounting Style20 = 2”25 = 2.5”30 = 3”40 = 4”

StyleX = 316 Stainless SteelV = PVDFS = SanitaryF = Food Grade

950MD Mill-Duty Housing For Rod Style LDT Series

7330 Pro-Stik II

Part Numbers

1986 Resolver

Call Customer Service at 1.800.635.0289 or visit our Resource Center on the web at www.AMETEKAPT.com for for complete details on our 1986 Resolvers.


1986MD 1 X

1986MD Resolver

Housing Configuration 1 = 1/4” plate steel housing with plate steel bolted cover sized for single turn resolver. 2 = 1/4” plate steel housing with hinged 10 ga. sheet metal cover sized for single turn resolver. 3 = 1/4” Plate steel housing with plate steel bolted cover sized for geared or multi-turn dual resolvers. 4 = 1/4” plate steel housing with hinged 10 ga. sheet metal cover sized for geared or multi-turn dual resolvers.

Geared or multi-turn dual resolvers are slightly longer than single turn resolvers and will require the larger housing. Single turn resolvers will mount in either size housing.

X

Shaft ConfigurationAR = Std. 3/4” input shaft exiting the right end of the housingAL = Std. 3/4” input shaft exiting the left end of the housing.B = Std. 3/4” input shaft exiting both ends of the housing.

R

Gear Ratio Between Input Shaft and Resolver1 = Standard 1:1 gearing.2 = 2:1 gear reduction.3 = 3:1 gear reduction.4 = 1:2 gear multiplier.4 = 1:3 gear multiplier.

OptionsV = Vortex air cooler.S1 = All 304SS construction, housing and exposed parts.S2 = All 316SS construction, housing and exposed parts.T1 = Resolver wired to terminal strip for single turn resolver.*T2 = Resolver wired to terminal strip for multi-turn dual resolver.*

*This option includes a resolver cable wired to a terminal strip that is mounted in the enclosure.

1986XP 1 X

1986XP Resolver4.50” square mounting 3/8” input shaft

Resolver Electrical Output Characteristics 1 = Standard output campatible with all Gemco electronic modules. Resolver No. 045350012 = Special output compatible with AMCI resolver input devices. Resolver No. 045350763 = Special output compatible with GE axis positioning modules. Resolver No. 045350444 = Special output compatible with Modicon motion cards. Resolver No. 045350515 = Special output compatible with Reliance resolver input card. Resolver No. 045350236 = Special output compatible with Namco resolver input card. Resolver No. 04535053

Single/Multi-TurnX = Single turn resolver.No gear reducer.GR_ = Single turn resolver with internal gear reducer.Select ratio from list below, insert after GR.GM_ = Single turn resolver with internal gear multiplier.Select ratio from list below, insert after GM.D1 = 64 turn dual resolver.D2 = 128 turn dual resolver.

1990 DN PLS8 X

OptionsX = Standard without options

Interface Module

Set Points 8 Programmable Set points over the DeviceNet Network

DeviceNet

1990 Interface Module

1986XP Resolver

1986MD Resolver

Part Numbers

8060 CATRAC

Call Customer Service at 1.800.325.8074 or visit our Resource Center on the web at www.AMETEKAPT.com for for complete details on our CATRAC Cable and Hose Carrier Systems.

1999 Semelex II

Call Customer Service at 1.800.635.0289 or visit our Resource Center on the web at www.AMETEKAPT.com for for complete details on our Semelex II Safetimeter Test Set.

ametek encompass selector guide z8 - 망치 fa ametek ...mangchi.co.kr/folder/file/001-f035.pdf ·...

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