H101

Positek

Part no.: H101

Key Features

• CSA approved to: Class I, Zone 0

• Sensor Mounting: M5 Rod Eyes, Body Clamps or M5 ThreadsSpring loaded pushrod option available

• Any stroke from 0-5mm to 0-800mm (e.g. 305mm)

• Sealed to IP65/67 depending on connector/cable option

The intrinsically safe H101 is CSA approved for use in potentially explosive gas/vapour and dust atmospheres. It is designed for industrial and scientific feedback applications and is ideal for OEMs seeking good sensor performance for arduous applications in hazardous areas. The unit is highly compact and space-efficient, being responsive along almost its entire length.

The H101, like all Positek sensors, provides a linear output proportional to displacement. Each unit is supplied with the output calibrated to the travel required by the customer, from 0-5mm to 0-800mm and with full EMC protection built in. The sensor is very robust, the body and push rod being made of stainless steel for long service life and environmental resistance.

Overall performance, repeatability and stability are outstanding over a wide temperature range. The sensor is easy to install with mounting options including M5 rod eye bearings and body clamps. The push rod can be supplied free or captive, with female M5 thread, an M5 rod eye, or dome end, Captive push rods can be sprung loaded, in either direction, on sensors up to 300mm of travel. Environmental sealing is to IP65 or IP67, depending on selected cable or connector options.

Positek intrinsically safe sensors are designed to be used with a galvanically isolated amplifier . Approved galvanic isolation amplifiers (G005) are available from Positek; there is a choice of 0.5-9.5V or 4-20mA transmission outputs.

The sensor can be installed with a cable length up to 1km between the sensor and the amplifier.

Datasheet Download

Part Builder

Drawing Download

Call us for more info at 856-727-9500

"*" indicates required fields

You may also be interested in:

Positek

X130

ATEX/IECEx approved to: Ex II 1G : Ex ia IIC T4 GA (Ta = -40°C to +80°C)
Sensor Mounting: In-cylinder
Available in any measurement range from 0-400mm to 0-1485mm
Sealed to IP65/67 depending on connector/cable option

Positek

P132

Body Diameter: 19mm
Sensor Mounting: 1/2" UNF ThreadSpring loaded plunger
Available in any measurement range from up to 100mm
Sealed to IP67

Positek

X118

ATEX/IECEx approved to: Ex II 1G : Ex ia IIC T4 GA (Ta = -40°C to +80°C)
Sensor Mounting: Flange or body clampsSpring loaded pushrod option available
Available in any measurement range from 0-2mm to 0-50mm(for 51-100mm range see P138)
Sealed to IP67

Positek

M103

ATEX/IECEx approved for mining
Sensor Mounting: Flange or Body ClampsSpring loaded pushrod option available
Available in any measurement range from 0-2mm to 0-50mm (for 51-100mm range see P133)
Sealed to IP65/67 depending on connector/cable option

Redundant Encoder Options

In the world of rotary encoders, modern non-contact sensing technologies and high MTBF (Mean Time Between Failures) specifications are standard. However, in critical applications, redundant sensors are still a necessity. When selecting a solution, several criteria need to be considered, and fortunately, various options are available to simplify the task. Understanding Redundancy in Encoders The […]

Submersible Linear Sensors

Submersible Linear Sensors: High-Accuracy Solutions for Harsh Environments Introduction to Submersible Linear Sensors Positek’s portfolio includes a range of high-accuracy linear sensors specifically designed for use in submersible applications. Made from marine-grade stainless steel and offering reliability beyond what is possible from a submersible LVDT or linear potentiometer, our sensors have served various industries, including […]

Improved Encoder Accuracy Brings Hidden Benefits

Capacitive rotary encoders such as those from Netzer Precision are known for their low profile, high noise immunity and excellent accuracy. As a result, they are an excellent choice for applications such as camera systems, radar, slip-rings and robotic joints. Often times in these tasks the encoder is used for velocity feedback, ensuring a smooth […]

Torque Measurement with Angle Sensors

As collaborative robots expand into manufacturing environments the issue of safe motion continues to be a concern. Current design approaches involve adding force sensors, torque sensors, and sometimes proximity sensors. These adders along with more complex software control algorithms mitigate most of the concerns and result in slower operation. Unfortunately, these additional sensors also add significant cost and complexity.