News
JC1500 Rugged Single-Axis Contactless Joystick.
NRH280DP Dual Output No Contact Position Sensor.
SRH220DR Contactless Rotary Sensor - Dual Redundant Outputs
SRH501P and SRH502P Singel and Dual output rotary position sensor
NRH285DR Dual Redundant Output 'No Contact' Rotary Position Sensor.
ICT050 Latest news in ICT-series.
SRH280P/DP Contactless rotary position sensor with non-contact Hall effect technology. Programmable and dual output.
STT280 A new ±60° tilt measurement sensor.
JC6000 Are the big news for joysticks. Now with Canbus option.
SLT190 Contactless Linear Position Transducer.
STT500 Rugged sealed tilt, fit-and-forget tilt.
SLH100 Hall effect linear position sensor.
UCM Universal Signal Conditioning Module. Designed to operate with a wide range of LVDTs, RVDTs and other analogue inductive transducer types.
JC120 Singel Axis Joystick with new Features.
JC2000 New low profile joystick handle for chest packs and robotics equipment.
JC3000 Single and Dual axis Fingertip Joystick.
New pulse-width modulation option offers low cost digital signalling for ICT.
SSC Sensor signal conditioning designed for us with SLS, SRS and SRH position sensors.
TPS280DP Contactless rotary position sensor range, which uses a factory programmable non-contact Hall effect sensor system.
NRH285DR Dual Redundant Output 'No Contact' Rotary Position Sensor.
JC1500 Rugged Single-Axis Contactless Joystick
NEW! New single axis joystick controller design that enables use in heavy duty applications without compromising on smooth proportional control. The JC1500 joystick utilises contactless rotary position sensor technology combined with a rugged, low profile design.
The joystick provides reliable and accurate output signals - and includes a second output to enable error checking of the system integrity. The JC1500 is intended for use in the off-highway specialist vehicles market - particularly where reliability and strength are paramount e.g. Aerial Work Platforms.
The JC1500 joystick complements the existing range of JC150 potentiometer track joysticks and has the same panel mounting details – allowing replacement or upgrade with no panel modifications. The new joystick is designed to share the same range of handles and grips used in the JC150 and JC6000 models.
Key Features
Contactless – Hall effect technology
Single axis control with spring to center or friction hold lever action
Lock and detent features
Choice of handles and grips
5Vdc or 9-30Vdc supply
Dual channel output with optional ramp directions
Analog (Vdc) or Digital (PWM) outputs
Extremely low signal noise – less than 1mVrms
Operating temperature -40 to +85°C
Environmental protection to IP69K above the panel
53mm under-panel depth
Electrically interchangeable with potentiometers
NRH280DP Dual Output 'No Contact' Rotary Position
NEW! New dual output, no-contact rotary position sensor with the slimmest low profile housing, using a factory programmable Hall effect sensor system.
NRH280DP has a co-moulded fully encapsulated sensor system that can withstand high shock and vibration as well as operate up to +170°C, and endure high pressure wash-downs (IP69K). The sensor is activated by a separate magnet with a choice of two carrier designs
NRH280DP is designed for applications in extreme environments where space is limited. It also allows up to ±2mm radial offset, with a permissible gap 2-7mm between the sensor and magnet. The transmissive properties between the magnet and sensor also allow operation through non-magnetic materials.
Key Features
NO-CONTACT technology with external position magnet
Unlimited mechanical lifetime - WEAR FREE
Will operate from -40 to +140°C, with excursions to +170°C
Withstands high pressure wash-downs (IP69K)
Simple mounting and extremely low profile (6.5mm) design
Minimal weight
5Vdc or 9-30Vdc supply
Analog (0.5 - 4.5 or 0.1 - 4.9Vdc) or Digital (PWM) outputs
Measurement range from 0-20° to 0-360° in 1° increments
12 bit resolution (0.025%) over the angular range
Extremely low signal noise level - less than 1mVrms
Electrically interchangeable with potentiometers
SRH220DR Contactless Rotary Sensor - Dual Redundant Outputs
NEW! DUAL REDUNDANT output contactless rotary position sensor with integrated 6-way connectors, using a factory programmable Hall effect sensor system.
SRH220DR provides reliable and accurate rotary position measurement in extreme industrial environments, such as specialist off-highway construction and agricultural vehicles, where shock, vibration and extreme temperatures can occur.
This new sensor design is housed in an all-new moulded housing that has a choice of fully integrated 6-way Deutsch DT06 or AMP 1.5 Superseal connectors, allowing separate supply voltage and output signals on two channels. Environmental protection to IP67/IP68 is dependent on the connector style selected.
SRH220DR operates from either 5Vdc regulated or 9-30Vdc unregulated power supply and is available with analog (0.1-4.9 or 0.5-4.5Vdc) or digital (PWM) output signals. The sensor is factory programmable, allowing you to specify the output signal type, the measurement range (0-20° to 0-360° in 1° increments) and the output direction (clockwise or anticlockwise).
The sensor has a 12 bit resolution (0.025%) over the selected measuring range, and operates from -40 to +140°C when powered at 5Vdc.
Key Features
Contactless - Hall effect technology
Dual redundant output
5Vdc or 9-30Vdc supply
Analog (0.1 - 4.9 or 0.5 - 4.5Vdc) or Digital (PWM) outputs
Measurement range from 0-20° to 0-360° in 1° increments
12 bit resolution (0.025%) over the angular range
Extremely low signal noise level - less than 1mVrms
Electrically interchangeable with potentiometers
Operating temperature -40° to +140°C
Environmental protection to IP68
Crush-proof mounting flange with steel inserts
Choice of Deutsch or AMP interconnect.
Optional lever drive arm is available.
Rapid availability
SRH500P: Dual output rotary position sensor
NEW! The SRH500P dual output contactless rotary sensor has been specially developed to meet the harsh operating requirements in heavy duty industrial position sensing applications, including construction, agricultural, military and utility vehicles, as well as a variety of uses in steelworks, marine equipment and power generating plants. This model has an option for environmental protection to IP69K.
The SRH500P rotary sensor operates from either a 5Vdc regulated or 9-30Vdc unregulated supply and can be factory programmed to have a measurement range from 20° up to 360° in 1° increments. The sensor can be supplied with single output (SRH501P) or dual output (SRH502P). Both outputs are individually configurable at the factory for analogue or digital output and clockwise or anti-clockwise output.
The SRH500P incorporates a 12bit non-contact Hall effect sensor with microprocessor control - offering 0.025% resolution over the selected measuring range.
Key Features
Contactless - Hall effect technology
Single or dual redundant output
Analog or Digital (PWM) output
Measurement range 20° to 360°
12 bit resolution
CW or ACW output
Less than 1mVrms output noise
Rugged housing design, in marine grade aluminium
Superior shaft strength
Sealing option to IP69K
M12 connector option for easy installation
World leading availability
NRH285DR Dual Redundant Output 'No Contact' Rotary Position Sensor
NEW! Penny+Giles announces a new dual redundant output, no-contact rotary position sensor with the slimmest low profile housing, using a factory programmable Hall effect sensor system.
NRH285DR operates from a 5Vdc (±0.5) regulated supply to each independent sensor channel, and has two independent outputs, enabling full redundancy from a very slim package.
NRH285DR has a co-moulded fully encapsulated sensor system that can withstand high shock and vibration as well as operate up to +170°C, and endure high pressure wash-downs (IP69K). The sensor is activated by a separate magnet in a choice of three options.
NRH285DR is designed for applications in extreme environments where space is limited. It also allows up to ±2mm radial offset, with a permissible gap 2-7mm between the sensor and magnet. The transmissive properties between the magnet and sensor also allow operation through non-magnetic materials.
Key Features
NO-CONTACT technology with external position magnet
Unlimited mechanical lifetime - WEAR FREE
Will operate from -40 to +140°C, with excursions to +170°C
Withstands high pressure wash-downs (IP69K)
Simple mounting and extremely low profile (6.5mm) design
Minimal weight
5Vdc regulated supply
Analog (0.5 - 4.5 or 0.1 - 4.9Vdc) or Digital (PWM) outputs
Measurement range from 0-20° to 0-360° in 1° increments
12 bit resolution (0.025%) over the angular range
Extremely low signal noise level - less than 1mVrms
Electrically interchangeable with potentiometers
ICT050: Contactless In-Cylinder Linear Transducer
NEW! The ICT050 Contactless In-Cylinder Linear Transducer combines the best features associated with LVDTs and potentiometers into one rugged, contactless and highly reliable displacement transducer.
With a body diameter of only 5.4mm the ICT050 is the smallest transducer package we offer, and is ideal for installation into hydraulic and pnematic cylinder applications where space is at a premium.
The ICT050 is ideal for use on small-bore actuators and offers a choice of internal or threaded flange mounting configurations (including SAE1926/2 and ISO6149/2 compatible thread forms), to suit tie-rod, welded and rear clevis-mounted cylinder types in stroke ranges from 25 to 500mm. Three core configurations also provide the designer the following options:
• SLEEVED CORE - cylinder rods can be simply machined to accommodate the sleeve. This also gives the option of retro-fitting existing servo-cylinders with an upgrade to ICT technology.
• THREADED CORE - provides the designer with the minimum transducer body size and simplified installation requiring minimal machining.
• FORCE FIT CORE - the core can be pressed into the cylinder rod and is retained by a tolerance ring.
With no electrical sliding contacts, the ICT050 has a working life which is almost limitless.
Signal conditioning is carried out by separate electronics packages (EICT or EICTM) which can be located up to 10 metres away from the harsh environment in which the transducer may be required to operate. Operating from 10 to 60Vdc, the electronics modules can provide a wide range of voltage output signals as well as a 4-20mA current output option or digital PWM signal. The electronics is housed in a high strength IP66 (or metal IP68) enclosure and includes user adjustment for zero and gain.
Key Features
• Working pressure to 500 Bar (7,500 psi)
• High temperature capability to +200°C (+392°F)
• Small transducer body length to stroke ratio
• Infinite resolution
• Absolute measurement
• Flexible mounting styles
• Rugged stainless steel construction
• CE approved
• Rapid despatch of any option
SRH280P/DP: Contactless Rotary Position Sensors
NEW! Penny & Giles announces two new versions of the popular SRH280 contactless rotary position sensor, which uses a factory programmable non-contact Hall effect sensor system.
SRH280P - SINGLE OUTPUT CHANNEL
SRH280DP - DUAL OUTPUT CHANNELS
SRH280P & SRH280DP provide reliable and accurate rotary position measurement in extreme motorsport and industrial environments where shock and vibration can occur. These new sensors use the popular 28mm flanged housing with a protection rating to IP68.
SRH280P & SRH280DP operate from either 5Vdc regulated or 9-30Vdc unregulated power supply and are available with analog (0.5-4.5Vdc) or digital (PWM) output signals. The sensor is factory programmable, allowing you to specify the output signal type, the measurement range (0-20° to 0-360° in 1° increments) and the output direction (clockwise or anticlockwise).
The sensor has a 12 bit resolution (0.025%) over the selected measuring range, and operates from -40° to +140°C when powered at 5Vdc.
This SRH280P version replaces the former model SRH280.
Key Features
• Contactless - Hall effect technology
• Single or Dual output channels
• 5Vdc or 9-30Vdc supply
• Total sensor measurement range from 0-20° to 0-360°
• Analogue or Digital (PWM) output
• 12 bit resolution over selected measuring range
• Low noise level (1mVrms) on output signal
• Operating temperature -40° to +140°C
• Environmental protection to IP68
• Crush-proof mounting flange with steel inserts
• Rapid availability
STT280: Sealed Tilt Sensor
NEW! Penny + Giles has launched a new ±60° tilt measurement sensor.
The compact STT280, which is priced competitively, features low power consumption and a rugged, IP68 sealed housing, making it ideal for construction industry, off-road vehicle and access platform applications.
Tilt sensors are increasingly used in safety critical applications such as safe load indication systems on cranes and platforms. The sensors provide vital data to ensure equipment is operating within its nominal load envelope. The STT280 measures up to ±60°, with an output range from 0.5 to 4.5Vdc over the full inclination angle.
Based on proven solid-state technology, the new sensor has a low power requirement of less than 6.5mA, so it can be used in hard-wired or battery-powered systems, for maximum flexibility for OEMs. By using this technology, the STT280 provides distinct advantages in reliability, stability and compactness over fluid based, electrolytic and pendulum operated sensors.
The diameter of the main body of the STT280 is just 28mm. It has a rugged housing sealed to IP68 and a built-in moulded cable for durability in harsh outdoor or dirty, dusty environments. Having no moving parts, it is has excellent resistance to shock and vibration.
New joystick feature - CANBus available with JC6000
NEW! Penny + Giles is launching a new output option for its range of JC6000 robust multi-axis joysticks - CANbus.
As operators demand improved efficiency, responsiveness and functionality from their vehicles, OEMs are turning to CANbus systems to enable them to improve control systems in off-highway construction, municipal and agricultural vehicles. The company’s popular JC6000s can now be connected easily to the Bus network and communicate with add-on sub-systems and equipment such as hedge trimmers, and intelligent ploughs.
There is also a CANbus facility where additional input pins are provided in the joystick mating connector, enabling non-CANbus features to be connected directly to the Bus network without an extra node being required. This enables a system integrator to design smaller, neater joystick interfaces for applications such as machine armrests.
The CANbus option uses two Hall sensors in each of the XY axes to provide safe, reliable operation with the long life benefits of this contactless technology. This safety is further enhanced as signal integrity checks are carried out within the joystick.
The CANbus option benefits from the use of a moulded plastic cover with integrated connector providing an IP66 sealing rating below the panel when the appropriated sealed mating connector is used.
Penny + Giles offers a wide range of standard configurable handle designs including additional axes of control, momentary and person present switches that can be integrated into the CANbus output. Large volume OEM users can also benefit from the Penny + Giles custom-design service to develop handle formats that are unique to specialist vehicle functions.
Thanks to the modular ´designed-for-manufacture´ format of the JC6000, Penny + Giles is able to offer OEMs the flexibility of a wide range of options cost-effectively, making this a highly competitive choice, particularly for high volume users.
SLT190: Contactless Linear Position Transducer
NEW! The new SLT190 linear position transducer is designed to provide reliable, fit-and-forget position sensing (up to 500mm) within a compact transducer size for the most arduous operating environments.
The SLT190 has been designed with 21st century applications in mind. The transducer can witstand operating temperatures from -40 to +150°C and has been tested to withstand shocks to 10,000g. With EMC Immunity of 100V/m, this transducer is ready for the harshest of applications.
To minimise the transducer size and the impact on the overall system, we provide separate signal conditioning electronics (EICT or EICTM) housed in rugged IP66 or IP68 rated enclosures. The electronics module can be located up to 10m away from the transducer, well away from any hostile conditions (vibration, mechanical impact, temperature) that the position transducer may encounter during operation. The result is a more reliable transducer solution, easily installed and adjusted and more flexible in the choice of outputs available – including voltage, current and digital PWM.
Key Features
Contactless sensing with inductive coil technology
Small transducer body length to stroke ratio
25mm to 500mm stroke range
Infinite resolution
Absolute measurement
Rugged stainless steel construction, resistant to shock and vibration
Operates from -40 to +150°C
CE approved
Rapid despatch of any length
STT500: Sealed Tilt Sensor
NEW! The new STT500 rugged sealed tilt sensor is designed to provide reliable, fit-and-forget tilt measurement sensing within an extremely rugged cast aluminum housing, for the most arduous operating environments. The STT500 is suitable for use in applications such as road construction equipment, cranes and booms, scissor lifts, agricultural vehicles, container handling and hydraulic lift systems.
The STT500 uses solid state 3D-MEMS (Micro-Electro-Mechanical Systems) technology to measure the sensor’s inclination relative to earth’s gravity. The STT500 has a choice of measurement ranges from ±10°, ±20°, ±30°and ±60° and provides a 0.5 to 4.5Vdc output signal over this range, with a nominal 2.5Vdc at 0° tilt. By using this technology, the STT500 provides distinct advantages in reliability, stability and compactness over fluid based, electrolytic and pendulum operated sensors.
The STT500 can operate from a 5Vdc regulated or 8-30Vdc unregulated supply.
SLH100: Hall Effect Contactless Linear Sensor
NEW! SLH100 Hall Effect Contactless Linear Sensor
The Penny+Giles Hall Effect Linear Sensor - SLH100 - has been specifically designed to provide precision cost-effective position sensing, using the proven contactless Hall effect principle.
The sensing system comprises two parts: the sensor and the magnetic activator.
The sensor is a fully encapsulated electronic device and is intended to compete with sealed potentiometers and inductive sensors. The sensor can be used for a variety of automotive, industrial vehicle, marine and control applications.
The durable design and absence of mechanical linkages makes this sensor attractive for use in harsh environments - where particles, moisture, temperature and vibration can be present.
Robust, maintenance-free and easy to fit, the Penny+Giles Hall Effect Linear Sensor represents a cost-effective solution for demanding linear position sensing applications.
UCM: Universal Signal Conditioning Module
NEW! UCM Universal Signal Conditioning Module
The new Penny+Giles model UCM is a low voltage dc powered Universal Conditioning Module designed to operate with a wide range of LVDTs, RVDTs and other analogue inductive transducer types.
The set-up is simple and flexible, allowing user adjustment of excitation voltage and frequency, operating mode, span output and zero position, as well as configuration for multiple unit synchronisation.
The UCM has a rugged die-cast aluminium alloy housing that is dust and fluid protected to IP68.
The UCM provides a simple 0.5 to 4.5Vdc analogue output signal. By using additional plug-in module cards, a variety of different voltage ranges, a current output, or a digital PWM output can be obtained. The module operates from an unregulated 10-30 Vdc supply.
Key Features
Designed for use with with any analogue inductive transducer
Supply voltage: 10-30 Vdc unregulated
Output signal: 0.5 to 4.5 Vdc
Optional range of voltage output signals by using VM card
Optional 4-20mA output signal by using CM card
Optional PWM output signal by using PWM card
IP68 metal enclosure
User adjustable gain and zero settings
CE approved
Rapid despatch
JC120: Single-Axis Fingertip Joystick
NEW! Developed for applications where ergonomics and system integrity are paramount, the JC120 is a minimum width, low profile joystick that provides smooth, precise fingertip control in one axis with a choice of two lever lengths.
The JC120 is sealed to IP66 to enable it to operate in extreme environments. Standing only 54 or 64mm high, the JC120 is less susceptible to unintentional operation. With all of the components contained within the handle, it is ideal for mounting in low profile panels and arm rests.
Installation time has been reduced through the use of a standard 7-pin Molex electronic connector, and the joystick has been designed for maintenance-free operation throughout on operating life of greater than five million operations.
An optional neoprene boot is available for the short handle version, allowing operation in environments where aggressive materials are present, protecting from dust and dirt ingress.
New friction hold versions have been introduced, which allow the lever to be set to a specific position for applications such as setting speed controls.
Typical applications include remote control chest packs and the control of construction, agricultural or material handling equipment.
Key Features
Width only 26.5mm
Low profile ergonomic design
Choice of lever heights
Center or End return spring mechanism - with or without mechanical detents
Friction hold version - with or without mechanical detents
Sealed to IP67 with optional neoprene boot for aggressive particle protection
Choice of track resistance values and output ranges
Standard Molex automotive connector
JC2000: New low profile joystick handle for chest packs and robotics equipment
NEW! New handle for its popular JC2000 joystick controller. Designed specifically for remote operation chest packs and robotics equipment, the HL handle measures just 57mm in height providing OEMs with a low profile that enables greater flexibility of design and increased durability of equipment.
The new handle, which can be used for one, two or three axis operation, has been created for units that have limited protection around the joystick or which require multiple controllers within a small surface area. By reducing the profile, damage to the joystick can be minimised should the unit be mishandled (for example if a chest pack is dropped during operation). It also reduces the chances of operators leaning on other handles during operation causing un-necessary wear and tear.
Its low profile, combined with a below mounting flange depth of only 31mm, enables designers to meet increasing demand for smaller, more compact control units. Sealed to IP65 with hidden fixings ensures protection in environments where dust and other particles may be present.
JC2000 is a reliable, proven joystick controller based on non-contact Hall-effect technology. Used for precision fingertip control in radio/infrared chest packs and robotic teach controllers and for more than five years, it provides smooth and accurate control where safety and long life are primary requirements.
JC3000: Single and Dual axis Fingertip Joystick
NEW! The JC3000 joystick controller is designed for applications requiring a simplistic approach to fingertip control, where strength and reliability are important. The joystick can be specified as a dual axis or single axis controller, and comes with a range of user-defined features that provide unique functionality for numerous applications.
The JC3000 can be specified to generate up to 5 switched outputs per half axis, or analog potentiometer and switched center/directional reference signals. Optional mechanical detents that coincide with the switched output points can also be specified, providing operator feedback to the angular position of the joystick lever.
The joystick lever can accommodate a choice of different handle types, but no additional switch functions are available in the handles. The joystick is intended to be mounted in a protected environment, on applications such as a vehicle cab, control room or remote control chestpacks, and has IP66 protection above the mounting flange.
Key Features
Single or Dual axis operation
Rugged design using cast components
Protected to IP66 above the flange
Range of fingertip handle styles
Superb proportional control with analog and center/directional switched outputs
Choice of track resistance values and output ranges
Switched output option with detent feel – up to 5 positions in each half axis
Long operational life
New pulse-width modulation option offers low cost digital signalling
NEW! Penny + Giles, designer and manufacturer of high precision sensing technology, has developed a pulse-width modulation (PWM) option for its ICT range of contactless in-cylinder linear transducers.
Launched last year, the rugged and reliable ICT range was designed for hostile conditions inside mobile and static hydro-pneumatic actuators. The new option provides further assurance for OEMs as the digital signal of the PWM is more robust and less vulnerable to noise than analogue voltage signals. The option also provides a simple cost-effective way to ‘go digital’ as it does not require an A/D converter or other re-configuration.
Penny + Giles’ ICT transducers come with a separate electronics package, EICT. This can be located up to 10m away from the transducer protecting it from the harsh environments associated with heavy-duty applications such as steering position actuators and hydro-pneumatic suspension systems. Currently, the EICT provides analogue position feedback proportional to the cylinder rod position for actuator strokes up to 2000mm.
The PWM option produces a TTL-level compatible signal which has a duty cycle proportional to transducer displacement. This can be converted easily to a digital value by most microcontrollers without the necessity for expensive high-resolution analogue to digital converters.
Four different output frequencies can be selected, 100Hz, 130Hz, 310Hz and 1000Hz, allowing users to choose the best compromise between digital resolution and acquisition speed for their particular system. As a result of this development, OEMs can now expand their digital control logic offering for measurement and control sensing technology in line with increased customer demand.
SSC: Sensor Signal Conditioning
NEW! The new Penny+Giles model SSC is a Sensor Signal Conditioning unit housed in an IP68 protected metal enclosure. It is suitable for use with any sensor that produces a dc output signal voltage in the range 0 - 5Vdc.
The SSC also provides a 5Vdc source that may be used as a supply for many types of sensor, including potentiometers, contactless position transducers, tilt sensors, pressure transducers and load cells.
The SSC converts the sensor output voltage signal to a 4-20mA (or optional 5-19mA) current output, or by using additional module cards, into a variety of different voltage formats or a digital PWM output.
Key Features
Designed or use with Penny & Giles SLS, SRS and SRH position sensors, but is also suitable for use with any contactless position transducers, tilt sensors, pressure transducers and load cells that have a 0-5Vdc output signal.
Supply voltage: 10-30 Vdc unregulated
Output signal: 4-20mA (or 5-19mA) and 0.5 to 4.5 Vdc
Optional range of voltage output signals by using VM card
Optional PWM output signal by using PWM card
IP68 metal enclosure
User adjustable gain and zero settings
CE approved
Rapid despatch
TPS280DP: Dual Output Throttle Position Sensor (Contactless)
NEW! Penny + Giles announces a new variant of the popular contactless rotary position sensor range, which uses a factory programmable non-contact Hall effect sensor system.
TPS280DP is designed as the modern alternative to rotary potentiometers fitted on high performance race car and motorcycle induction systems.
Replacing a potentiometer with the TPS280DP will eliminate premature failure due to electrical noise – caused by potentiometer wear. TPS280DP is life tested to 30 million cycles (60 million operations), more than NINE TIMES that of a potentiometer in this application.
TPS280DP is mechanically interchangeable with most existing throttle potentiometers using 32mm mounting centers and is designed to interface with most common throttle body D type spindles. The sensor has a choice of 200 or 500mm cable lengths, with or without an MSS4P Mini Sure Seal connector fitted to the FDR-25 sheathed spec 55A cable. With sealing to IP69K, it is also able to withstand high pressure wash-downs.
The TPS280DP operates from 5Vdc (and 9-30Vdc) and is factory programmed to allow a wide range of configurations.
Key Features
Electrically interchangeable with potentiometers
More than 9x the life of a potentiometer
Extremely low signal noise, for the life of the sensor
Will operate from -40 to +140°C, with excursions to +170°C
Sealed to withstand high pressure wash-downs (IP69K)
Mechanically interchangeable with potentiometers on 32mm mountings
Standard output is dual channel
Configurable output direction, for left or right fitment
Measurement range from 20 to 360° in 1° increments
12 bit resolution (0.025%) over the angular range
Analogue (0.5 - 4.5 or 0.1 - 4.9Vdc) or PWM outputs
2.5 or 0.15mS input/output delay