Products

Designed, developed and manufactured by us. Tough and built to last, our vibration sensors and systems deliver precision measurements time after time, under the most demanding conditions, helping customers improve the reliability, performance and profitability of their manufacturing and process systems

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420 Products

Process Control 'LPS 4-20mA (76)

Our advanced 4-20mA vibration transmitters, or loop powered sensors, are engineered for use with the latest PLC (programmable logic controller), BMS (building management system), or SCADA (supervisory control and data acquisition) technologies, offering sophisticated solutions for condition monitoring and preventative maintenance. We have a huge collection of velocity and acceleration 4-20mA Transmitters for many industries; with both top and side entry and a range of output types. The 4-20mA Transmitters family is available with a variety of different cables, click here.
Industrial Accelerometers Sensors (189)

Our range of industrial accelerometer sensors is designed to deliver accurate, reliable vibration measurement in the most demanding industrial environments. Our Industrial Accelerometer Sensors are built for condition monitoring and predictive maintenance, Hansford Sensors accelerometers help protect critical machinery, reduce downtime, and improve operational efficiency. Manufactured from high-grade stainless steel and engineered for harsh conditions, our industrial accelerometer sensors are trusted worldwide across industries such as cement, mining, metal work, oil & gas, and general manufacturing. With a wide choice of outputs, frequency ranges, and mounting options, we offer solutions suitable for both online and offline vibration monitoring systems. At Hansford Sensors, we pride ourselves on delivering robust, dependable products backed by world-class customer support. If you need help selecting the right industrial accelerometer sensor for your application, our technical team is always on hand to assist. Alongside accelerometers, we also supply 4–20mA transmitters, cables, mounting accessories, and industrial enclosures to complete your monitoring system.
AC Industrial Accelerometer Sensors (100mV/g)
Our AC industrial accelerometer sensors are the industry standard for vibration analysis and condition monitoring. They are ideal for detecting bearing faults, imbalance, misalignment, and mechanical looseness across a wide range of rotating equipment. Key Features:
- 100mV/g output for high-resolution vibration analysis
- Wide frequency response for accurate fault detection
- Stainless steel construction for harsh industrial environments
4–20mA Industrial Accelerometer Sensors
Our Industrial Accelerometers are designed for continuous online monitoring, our 4–20mA industrial accelerometer sensors provide a scaled output suitable for PLC, DCS, and SCADA systems. These sensors are ideal where simple trending and alarm functions are required. Key Features:
- 4–20mA output for direct PLC connection
- Available scaled in acceleration (g) or velocity (mm/s)
- Ideal for permanent condition monitoring installations
Waterproof Industrial Accelerometer Sensors
These industrial accelerometer sensors are specifically designed for applications exposed to moisture, washdown, dust, or outdoor conditions. With high IP ratings, they ensure reliable performance in wet or contaminated environments. Key Features:
- Sealed construction for wet and dusty environments
- Suitable for outdoor and washdown applications
- Reliable operation in harsh conditions
High-Temperature Industrial Accelerometer Sensors
Our high-temperature industrial accelerometer sensors are engineered to perform reliably in elevated temperature environments where standard sensors may fail. They are commonly used in kilns, dryers, furnaces, and high-heat process equipment. Key Features:
- Designed for elevated temperature operation
- Robust stainless steel housing
- Stable performance in extreme environments
Intrinsically Safe Industrial Accelerometer Sensors
For hazardous area applications, Hansford Sensors offers a range of intrinsically safe industrial accelerometer sensors. These are certified for use in potentially explosive atmospheres, ensuring both safety and performance. Key Features:
- Certified for hazardous environments
- Suitable for ATEX and intrinsically safe applications
- Reliable vibration monitoring in high-risk areas
Triaxial Industrial Accelerometer Sensors
Our triaxial industrial accelerometer sensors allow vibration measurement in three axes simultaneously, providing a complete picture of machine behaviour. They are ideal for advanced diagnostics and detailed condition monitoring. Key Features:
- Simultaneous X, Y, and Z axis measurement
- Reduces installation time and cabling
- Ideal for detailed vibration analysis
Why Choose Hansford Sensors?
Hansford Sensors is a global leader in vibration monitoring technology, offering one of the most comprehensive ranges of industrial accelerometer sensors available. Our products are engineered to withstand the toughest industrial conditions while delivering accurate, repeatable measurements you can trust. With decades of experience across multiple industries, we understand the challenges faced by engineers. Our industrial accelerometer sensors are designed to support predictive maintenance strategies, helping to extend asset life and reduce unplanned downtime.
- Expert Engineering: Designed specifically for demanding industrial environments
- Comprehensive Range: AC, 4–20mA, triaxial, waterproof, high-temperature, and intrinsically safe options
- Proven Reliability: Trusted worldwide in critical applications
- System Compatibility: Seamless integration with PLCs, data collectors, and monitoring systems
- Customer Support: Expert technical advice from specification to installation
Industrial Enclosures (45)

Our range of tough industrial enclosures is designed to provide complete protection and full connectivity for one or more accelerometers in a wide range of demanding applications. With industrial levels of protection and safety, our enclosures are designed to keep your equipment safe and secure. We have switch enclosures & connection box options to suit almost any workplace and application, from single-point connections to intrinsically safe boxes. At Hansford Sensors, we pride ourselves on providing high-quality options as well as world-renowned customer service for our machine monitoring customers, so please don’t hesitate to get in touch to discuss your options; a member of our team will be happy to help. As well as switch enclosures and connection boxes, we also have an unrivalled range of both 100mV/g accelerometers and 4-20mA transmitters.
Industrial Multi-Sensor Switch Boxes
These industrial enclosures are designed to streamline data collection from multiple sensors, centralising connections for enhanced efficiency. Ideal for applications requiring quick and reliable access to sensor data via portable data collectors. Key Features:
- Centralised terminal for triaxial accelerometers
- Multiple outputs via a single connector
- Simplifies data collection with portable data collectors
Industrial Multi-Sensor Connection Boxes
Built for durability, our connection boxes provide robust protection and connectivity for multiple sensors in demanding industrial environments. They are versatile and easy to install, making them suitable for a variety of applications. Key Features:
- Available in polycarbonate, mild steel, and stainless steel
- Secure housing for multiple sensors
- Flexible installation options for harsh environments
Low-Cost Multi-Sensor Connection Boxes
Offering essential protection at an economical price, these enclosures are perfect for budget-conscious projects without compromising on quality. They ensure reliable sensor connectivity in less demanding environments. Key Features:
- Constructed from polycarbonate or powder-coated aluminium
- Cost-effective without compromising reliability
- Easy installation and essential sensor protection
Intrinsically Safe Connection Enclosures
These industrial enclosures are specifically designed to ensure the highest level of safety in hazardous environments. They reduce the risk of electrical hazards, safeguarding both equipment and personnel. Key Features:
- Made from stainless steel with integrated safety barriers
- Designed for hazardous environments
- Reduces the risk of electrical shock and enhances safety
Triaxial Switch Boxes
Tailored for use with triaxial accelerometers, these enclosures provide precise data collection and easy connectivity in industrial applications. They are constructed to withstand the rigours of demanding environments. Key Features:
- Specifically for triaxial accelerometers
- Available in polycarbonate and stainless steel
- Precise data collection with easy connection to data collectors
Industrial Waterproof Junction Boxes
Designed to protect sensors from moisture and liquid ingress, these junction boxes ensure long-term reliability in wet or humid conditions. They are available in various materials to suit different environmental needs. Key Features:
- Available in mild steel, stainless steel, or polycarbonate
- Protects sensors from moisture and liquid ingress
- Features accelerometer cable glanding and flexible installation
Why Choose Hansford Sensors?
Hansford Sensors is a leader in providing high-quality, reliable industrial enclosures designed to protect and optimise the performance of your critical equipment. With a deep understanding of various industries’ challenges, we offer a comprehensive range of solutions that meet stringent safety standards and perform in the most demanding environments. Choose Hansford Sensors for unparalleled protection, reliability, and peace of mind in your industrial operations.
- Expertise and Experience: Deep industry knowledge with products designed for tough environments.
- Comprehensive Range: Solutions for every application, from cost-effective to high-end protection.
- Uncompromising Quality: High-grade materials and rigorous testing for durability and performance.
- Customer-Centric Approach: World-class customer service to help you select the right products.
- Innovation and Reliability: Cutting-edge solutions that meet current and future needs.
Vibration Systems & Switches (18)

Our range of accessories for vibration monitoring includes DIN rail mounted monitoring and protection modules, vibration switches and charge amplifiers, with a choice of velocity or AC acceleration outputs.
Industrial Vibration Monitoring Systems
Vibration systems and switches are essential components in predictive maintenance and monitoring solutions, designed to ensure the reliability and efficiency of machinery across various industries. Our industrial vibration monitoring systems are used to detect abnormal vibrations, which are often early indicators of potential mechanical failures. By integrating vibration monitoring and switch systems, companies can prevent unexpected downtime, reduce maintenance costs, and extend the lifespan of their equipment.
Monitoring Systems
Monitoring systems are designed to provide continuous or periodic data on the condition of machinery. These systems can detect early signs of wear and tear, misalignment, or other issues that could lead to equipment failure. The data collected is crucial for planning maintenance activities and avoiding unexpected breakdowns. Key Features:
- Continuous or periodic monitoring capabilities
- Integration with various sensors (e.g., accelerometers)
- Data logging for trend analysis
- Early warning alerts to prevent equipment failure
- Compatibility with existing control systems
Vibration Switches
Vibration switches are devices that activate when the vibration levels exceed a pre-set threshold, triggering an alarm or shutting down the equipment to prevent damage. These switches are critical for safeguarding machinery by providing immediate response to excessive vibration. Key Features:
- Adjustable vibration threshold settings
- Automatic shutdown or alarm activation
- Compact and robust design
- Easy installation and maintenance
- Reliable protection for critical machinery
Charge Amplifiers
Charge amplifiers are used to convert the high-impedance signal from a piezoelectric sensor into a low-impedance signal, which is suitable for transmission over long distances without signal degradation. These devices are essential for accurate vibration measurement in industrial environments. Key Features:
- High signal integrity over long distances
- Low noise operation
- Wide frequency response range
- Compatible with various piezoelectric sensors
- Durable and reliable performance in harsh conditions
Accelerometer Power Supply Modules
Accelerometer power supply modules provide the necessary power to accelerometers and other vibration sensors, ensuring their optimal operation. These modules are critical for maintaining the accuracy and reliability of vibration monitoring systems. Key Features:
- Stable and regulated power supply for sensors
- Multiple output channels for powering several sensors
- Integrated signal conditioning
- Compact design for easy integration
- High reliability and longevity
Display Units
Display units provide real-time visualisation of vibration data, allowing operators to monitor the condition of machinery at a glance. These units are typically used in conjunction with monitoring systems to display critical parameters such as vibration amplitude, frequency, and trend data. Key Features:
- Real-time data display
- User-friendly interface
- Customizable display options
- Integration with monitoring systems
- Alarm indicators for critical vibration levels
Module Enclosures
Module enclosures house and protect the various components of vibration monitoring systems, such as sensors, amplifiers, and power supply modules. These enclosures are designed to withstand harsh industrial environments and ensure the longevity and reliability of the housed components. Key Features:
- Robust construction for harsh environments
- Protection against dust, moisture, and contaminants
- Easy access for maintenance and adjustments
- Customisable configurations to fit specific requirements
- Compatibility with a wide range of monitoring components
Why Choose Hansford Sensors?
Hansford Sensors is a leader in the field of industrial vibration monitoring, offering a comprehensive range of high-quality products designed to meet the demanding needs of various industries. With decades of experience, Hansford Sensors provides tailored solutions that enhance the safety, efficiency, and longevity of critical machinery. Our products are known for their durability, accuracy, and ease of integration, making them the preferred choice for companies looking to implement effective vibration monitoring and predictive maintenance strategies.
- Accurate and Reliable Data: High precision in vibration monitoring, enabling early detection of potential issues and minimising downtime.
- Ease of Integration: Products are designed for seamless integration with existing control systems, making the implementation process smooth and efficient.
- Global Support Network: Comprehensive customer support and technical assistance available worldwide to ensure effective product usage and maintenance.
- Compliance with Industry Standards: Hansford Sensors products adhere to international standards, ensuring safety, quality, and compatibility.
- Expert Technical Advice: Access to knowledgeable engineers and specialists who provide guidance and support tailored to specific applications.
Vibration Meter Kits (2)

We offer a choice of portable vibration meter kits, with the option of temperature as well as vibration measurement, providing fast and accurate indication of machine conditions. Our Vibration Meter Kits offer comprehensive, portable solutions for on-site machine monitoring and predictive maintenance. Designed for easy operation and durability, these kits provide essential data to help you assess machine health, ensuring efficient operations and minimising unexpected downtime. Hansford Sensors offers two primary options: the HS-620 Series for reliable vibration data output and the HS-630 Series for both vibration and temperature monitoring. Browse available Vibration Meter Kits below and find high-quality solutions compatible with a variety of applications and industries.
Why Choose Hansford Sensors?
Hansford Sensors provides high-quality, reliable vibration meter kits tailored to meet the demands of industrial maintenance. Our kits are designed with ease of use in mind, yet robust enough to handle the challenges of various industrial settings. Whether you need basic vibration data or a combination of vibration and temperature readings, Hansford Sensors provides a selection of products to suit your requirements
Benefits of Choosing Hansford Sensors:
- Expertise in Condition Monitoring: Decades of experience in providing reliable solutions across industries.
- Comprehensive Options: Kits for basic vibration monitoring or enhanced dual-output analysis.
- Durable Design: Built to withstand demanding environments while maintaining accuracy.
- Dedicated Customer Support: Expert assistance to help select and use the ideal kit for your application.
- Leading-Edge Technology: Innovative features like FFT analysis ensure precise, reliable data for optimal maintenance planning.
Cables & Connectors (69)

Hansford Sensors offers an extensive range of cables, cable assemblies and data test instruments to ensure complete peace of mind when installing industrial vibration sensors. Engineered for compatibility with our vibration monitoring solutions, these components provide secure data transmission even under demanding conditions. From standard cable assemblies to specialised multi-core cables, our products are designed to meet the needs of various monitoring setups. Whether you need connectors for single accelerometers or cables that connect multiple sensors, Hansford Sensors delivers products tailored to streamline your monitoring processes and maintain connectivity across your equipment.
Cable Assemblies
Our Cable Assemblies are designed to meet the specific requirements of industrial vibration monitoring. Available in various materials, lengths, and configurations, these assemblies ensure signal integrity and robust connections even in harsh environments. Pre-assembled to meet high industry standards, they simplify installation, reduce setup time, and enhance system reliability. Key Features of Cable Assemblies:
- Wide Material Selection: Choose from high-temperature, shielded, and armoured.
- Connector Types: Available with 2-pin, 3-pin, and BNC connectors for compatibility with various sensors.
- Easy Installation: Pre-terminated assemblies for quick setup.
Connectors
Hansford Sensors’ Connectors provide secure, high-quality terminations for industrial environments. Built to withstand dust, moisture, and hazardous environments, our connectors ensure dependable data transmission between sensors and monitoring equipment. Key Features of Connectors:
- Versatile Configurations: Includes BNC, MS, and TNC options for a range of applications.
- High Durability: Designed for heavy-duty use in demanding conditions.
- Reliable Performance: Ensures robust, interference-free connections.
Data Collector Cables
Our Data Collector Cables are specially designed for use with portable data collectors, enabling easy and efficient connection to sensors. These cables are engineered to be both highly flexible and durable, ensuring reliable data transfer across your monitoring systems. Key Features:
- Flexible and Lightweight: Optimised to be portable without compromising on performance.
- Compatibility: Connect seamlessly with most handheld data collection devices.
- Secure Connections: Reliable terminations for stable, uninterrupted data streams.
Multi-Core Cables
Multi-Core Cables are ideal for applications requiring multiple sensor connections routed to a single point. These cables simplify system setup by reducing the need for multiple single cables, making them perfect for large-scale installations with multiple monitoring points. Key Features:
- Efficient Design: Combines multiple sensor connections in one cable for organised installations.
- Durability: Designed to withstand harsh environments and reduce cable wear.
- Simplified Installation: Reduces clutter and improves ease of system management.
Single Point Accelerometer Connections
Single Point Accelerometer Connections provide streamlined connectivity for individual accelerometers, ensuring consistent data transfer with minimal setup. These connections are ideal for applications where single-point monitoring is required, supporting both temporary and permanent installations. Key Features:
- Direct Connectivity: Allows for quick and easy connection of individual accelerometers.
- Robust Construction: Withstands environmental stresses for dependable long-term use.
- Flexible Options: Available in various configurations to suit specific installation needs.
Why Choose Hansford Sensors Cables & Connectors?
Hansford Sensors’ cables and connectors are engineered to maintain the highest levels of signal quality and durability. By offering tailored solutions across multiple configurations, we ensure your vibration monitoring systems are well connected and ready for consistent performance in any industrial setting.
- Industry Expertise: Decades of experience in developing reliable, high-quality components for vibration monitoring applications.
- Comprehensive Product Range: From standard cable assemblies to specialised connectors, our range covers every need for secure, efficient data transmission.
- Quality Assurance: All products undergo rigorous testing to ensure they meet the high standards required for industrial use, ensuring durability and performance.
- Exceptional Customer Support: Our team is available to provide guidance and support in selecting the right components for your specific requirements.
Vibration Sensor Mounting (20)

Proper mounting of vibration sensors is crucial for accurate and reliable vibration monitoring. The effectiveness of vibration sensors largely depends on how they are mounted, as incorrect mounting can lead to inaccurate readings, reduced sensor lifespan, and potential system failures. Hansford Sensors offers a comprehensive range of mounting solutions designed to ensure the optimal performance of vibration sensors in various industrial environments. Whether for permanent installations or temporary setups, our mounting solutions provide secure and stable connections between sensors and machinery.
Mounting Studs & Pads
Mounting studs and pads are designed for permanent sensor installations, providing a secure and stable connection between the sensor and the machinery. These components are essential for ensuring accurate vibration measurements by minimising any movement or interference that could affect the sensor’s performance. Mounting Studs & Pads Key Features:
- High Durability: Manufactured from robust materials to withstand harsh industrial conditions.
- Precision Engineering: Ensures a stable and secure connection for accurate vibration readings.
- Variety of Sizes: Available in multiple sizes to accommodate different sensor types and installation requirements.
- Easy Installation: Designed for straightforward installation and long-term reliability.
Customisation Options: Can be customised to meet specific application needs
Magnets
Magnets are ideal for temporary installations or situations where sensors need to be moved frequently. These mounts allow for quick and easy attachment and detachment of sensors without compromising measurement accuracy.
Magnets Key Features:
- Strong Magnetic Hold: Provides a secure attachment even in high-vibration environments.
- Reusable and Versatile: Suitable for multiple applications and sensor types.
- Quick Installation: Allows for rapid sensor placement and removal.
- Minimises Installation Time: Reduces the time required for sensor setup, making it ideal for fieldwork.
- No Permanent Alterations: Does not require drilling or permanent modification of the machinery.
Mounting Accessories
Mounting accessories include a range of tools and components designed to enhance the installation and performance of vibration sensors. These accessories are essential for ensuring that sensors are mounted correctly and operate at their best.
Mounting Accessories Key Features:
- Improved Installation Flexibility: Allows for more versatile sensor placement and alignment.
- Compatibility: Designed to work seamlessly with Hansford Sensors’ products.
Ease of Use: Simplifies the installation process, ensuring that sensors are mounted securely and correctly.
Why Choose Hansford Sensors?
Hansford Sensors is the preferred choice for vibration sensor mounting solutions because of our unwavering commitment to quality, innovation, and customer satisfaction. Our mounting solutions are engineered to ensure the optimal performance of your vibration sensors, providing accurate and reliable data that helps prevent equipment failure and reduce maintenance costs. With a wide range of products tailored to meet the diverse needs of different industries, Hansford Sensors is dedicated to delivering solutions that enhance the safety, efficiency, and longevity of your machinery.
Benefits of Choosing Hansford Sensors:
- Precision Engineering: Ensures secure and stable sensor mounting for accurate vibration measurements.
- Wide Product Range: Comprehensive selection of mounting solutions for various sensor types and applications.
- Customisable Options: Tailored solutions to meet specific customer requirements and installation challenges.
- Ease of Installation: User-friendly designs that simplify the mounting process and reduce setup time.
- Expert Technical Support: Access to knowledgeable engineers for guidance on the best mounting practices and solutions.
Global Availability: Worldwide distribution and support network to meet the needs of customers in any location.
Installation Products (7)

Hansford Sensors offers a wide range of Installation Products designed to support efficient and precise setup of vibration monitoring systems. From essential installation tools to calibration devices, our installation products ensure that sensors are installed correctly, tested and well maintained. With high-quality materials and robust construction, our products are engineered to meet the demands of various industrial environments. View our Installation Products below or contact a member of our experienced team if you need help deciding on the right product to suit your requirements.
Installation Tools
Our Installation Tools make sensor setup fast and straightforward. These purpose-built tools are designed to ensure correct installation, making it easier for engineers to securely mount sensors and connectors in challenging environments. Key Features:
- Precision Tools: Tailored for accurate and efficient sensor installation.
- Durable Construction: Designed for repeated use in industrial settings.
- User-Friendly Design: Simplifies the installation process and ensures proper sensor placement.
Installation Adhesive
Installation Adhesive is essential for mounting accelerometers and sensors in locations where drilling may not be possible. Our adhesive products provide strong, reliable bonds that withstand vibration, ensuring sensors remain securely in place. Key Features:
- High Bond Strength: Provides a durable, vibration-resistant hold.
- Quick Cure Time: Minimises waiting time, enabling faster installations.
- Suitable for Multiple Surfaces: Adheres well to a variety of industrial materials, including metal and composites.
Accelerometer Checkers
An Accelerometer Checker is a handheld device that verifies accelerometer performance, helping to identify potential issues before they impact data accuracy. This tool ensures sensors are operating correctly, making it essential for routine maintenance and troubleshooting. Key Features:
- Simple Operation: Easy-to-use interface for quick checks.
- Accurate Verification: Confirms sensor output for confidence in data collection.
- Portable Design: Compact and lightweight for convenient field use.
Accelerometer Simulators
Accelerometer Simulators provides a way to test and validate monitoring systems without a live sensor. These products simulate accelerometer output, allowing for complete system testing and verification in both installation and troubleshooting scenarios. Key Features:
- Versatile Testing: Works with a range of monitoring systems.
- Accurate Simulation: Mimics real accelerometer signals for comprehensive testing.
- Compact Design: Easy to transport and use across different sites.
Crimping and Connector Kits
Our Crimping and Connector Kits include all the necessary tools for assembling sensor connectors, ensuring secure and reliable connections for data transmission. These kits are invaluable for on-site setups, allowing engineers to make custom connections and repairs as needed. Key Features:
- Complete Set: Includes crimping tools and connectors for various sensor types.
- High-Quality Materials: Ensures strong, long-lasting connections.
- Easy to Use: Designed for quick assembly and dependable performance in the field.
Vibration Calibrator
A Vibration Calibrator is a precision instrument that generates controlled vibration signals to verify the accuracy of installed sensors. It’s ideal for routine calibration checks, helping to maintain the accuracy of your monitoring system and ensure reliable data collection. Key Features:
- Controlled Vibration Output: Provides consistent signals for precise calibration.
- Portable Design: Compact and easy to carry for on-site calibration checks.
- High Accuracy: Ensures that sensors are delivering accurate readings.
Why Choose Hansford Sensors?
Hansford Sensors offers a complete selection of high-quality installation products that ensure efficient, accurate, and reliable sensor setups. Our tools, adhesives, and calibration devices are engineered for industrial environments, making installation simpler and more precise, while ensuring long-term sensor performance.
- Complete Installation Solutions: From tools to calibration devices, all products are designed to support accurate and efficient sensor installation.
- Industrial-Grade Quality: Durable materials and reliable performance in harsh environments.
- Ease of Use: User-friendly designs simplify installation, calibration, and maintenance.
- Expert Support: Our team provides guidance on product selection and usage for optimal installation results.
HS-150 Series
HS-150 – Top Exit – 2 Pin MS Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-420 Series
HS-420 – Top Exit – 2 Pin MS 4-20mA Output Accelerometer
4-20mA velocity output via 2 Pin MS Connector
HS-420d Series
HS-420d Accelerometer
4-20mA velocity output with Ex d Terminal Head
HS-558 Series
HS-558 4 Channel Interface Module
100mV/g output
HS-150 Series
HS-150 – Top Exit – 4 Pin M12 Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-420 Series
HS-420 – Top Exit – 4 Pin M12 4-20mA Output Accelerometer
4-20mA velocity output via M12 Connector
HS-150 Series
HS-150 – Top Exit – Integral HFFR Cable Accelerometer
100mV/g AC acceleration output via 4 Core Polyolefin HFFR
HS-420 Series
HS-420 – Top Exit – Integral FEP Cable with Conduit 4-20mA Output Accelerometer
4-20mA velocity output via FEP Cable with Protective Conduit
HS-150 Series
HS-150 – Top Exit – Integral FR Cable Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-420 Series
HS-420 – Top Exit – Integral HFFR Cable 4-20mA Output Accelerometer
4-20mA velocity output via 4 Core Polyolefin HFFR
HS-150 Series
HS-150 – Top Exit – Integral PUR Cable Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-420 Series
HS-420 – Top Exit – Integral FR Cable 4-20mA Output Accelerometer
4-20mA velocity output via Flame Retardant Cable
HS-150S Series
HS-150S – Side Exit – 2 Pin MS Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-420 Series
HS-420 – Top Exit – Integral PUR Cable 4-20mA Output Accelerometer
4-20mA velocity output via PUR Cable
HS-150S Series
HS-150S – Side Exit – 4 Pin M12 Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-420 Series
HS-420 – Top Exit – Integral Braided Cable 4-20mA Output Accelerometer
4-20mA velocity output via Braided Cable
HS-150S Series
HS-150S – Side Exit – Integral HFFR Cable Accelerometer
100mV/g AC acceleration output via 4 Core Polyolefin HFFR
HS-420 Series
HS-420 – Terminal Head Exit – Integral FR Cable 4-20mA Output Accelerometer
4-20mA velocity output via Flame Retardant Cable for use with Terminal Head
HS-150S Series
HS-150S – Side Exit – Integral FR Cable Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-420S Series
HS-420S – Side Exit – 2 Pin MS 4-20mA Output Accelerometer
4-20mA velocity output via 2 Pin MS Connector
HS-150S Series
HS-150S – Side Exit – Integral PUR Cable Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-420S Series
HS-420S – Side Exit – 4 Pin M12 4-20mA Output Accelerometer
4-20mA velocity output via M12 Connector
HS-170 Series
HS-170 – Top Exit – Compact 2 Pin MS Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-420S Series
HS-420S – Side Exit – Integral PUR Cable 4-20mA Output Accelerometer
4-20mA velocity output via PUR Cable
HS-170 Series
HS-170 – Top Exit – Compact 4 Pin M12 Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-420S Series
HS-420S – Side Exit – Integral FR Cable 4-20mA Output Accelerometer
4-20mA velocity output via Flame Retardant Cable
HS-170 Series
HS-170 – Top Exit – Compact Integral HFFR Cable Accelerometer
AC acceleration output via HFFR Cable
HS-420S Series
HS-420S – Side Exit – Integral Braided Cable 4-20mA Output Accelerometer
4-20mA velocity output via Braided Cable
HS-170 Series
HS-170 – Top Exit – Compact Integral PUR Cable Accelerometer
AC acceleration output via PUR Cable
HS-422 Series
HS-422 – Top Exit – 2 Pin MS Accelerometer
4-20mA acceleration output via 2 Pin MS Connector
HS-170S Series
HS-170S – Side Exit – Compact 2 Pin MS Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-422 Series
HS-422 – Top Exit – 4 Pin M12 Accelerometer
4-20mA acceleration output via M12 Connector
HS-170S Series
HS-170S – Side Exit – Compact Integral HFFR Cable Accelerometer
100mV/g AC acceleration output via 4 Core Polyolefin HFFR
HS-183T Series
HS-183T – Side Exit – 5 Pin M12 Triaxial Accelerometer with Temp Output
Three 100mV/g AC acceleration Outputs and 10mV/C Temperature Output via M12 Connector
HS-170S Series
HS-170S – Side Exit – Compact Integral PUR Cable Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-422 Series
HS-422 – Top Exit – Integral HFFR Cable Accelerometer
4-20mA acceleration output via 4 Core Polyolefin HFFR
HS-422 Series
HS-422 – Top Exit – Integral FR Cable Accelerometer
4-20mA acceleration output via Flame Retardant Cable
HS-180S Series
HS-180S – Side Exit – Mini Compact 2 Pin MS Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-422 Series
HS-422 – Top Exit – Integral PUR Cable Accelerometer
4-20mA acceleration output via PUR Cable
HS-180S Series
HS-180S – Side Exit – Mini Compact 4 Pin M12 Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-422S Series
HS-422S – Side Exit – 2 Pin MS Accelerometer
4-20mA acceleration output via 2 Pin MS Connector
HS-180S Series
HS-180S – Side Exit – Mini Compact Integral PUR Cable Accelerometer
AC acceleration output via PUR Cable
HS-100 Series
HS-100 – Top Exit – 2 Pin MS Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-100 Series
HS-100 – Top Exit – 4 Pin M12 Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-100 Series
HS-100 – Top Exit – Integral PUR Cable Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-100 Series
HS-100 – Top Exit – Integral HFFR Cable Accelerometer
100mV/g AC acceleration output via 4 Core Polyolefin HFFR
HS-100S Series
HS-100S – Side Exit – 2 Pin MS Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-100S Series
HS-100S – Side Exit – 4 Pin M12 Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-100S Series
HS-100S – Side Exit – Integral PUR Cable Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-422S Series
HS-422S – Side Exit – 4 Pin M12 Accelerometer
4-20mA acceleration output via M12 Connector
HS-173 Series
HS-173 – Side Exit – 4 Pin M12 Triaxial Accelerometer
Three 100mV/g AC outputs via M12 Connector
HS-422S Series
HS-422S – Side Exit – Integral PUR Cable Accelerometer
4-20mA acceleration output via PUR Cable
HS-173 Series
HS-173 – Side Exit – Integral HFFR Cable Triaxial Accelerometer
Three 100mV/g AC acceleration outputs via 4 Core Polyolefin HFFR
HS-422S Series
HS-422S – Side Exit – Integral FR Cable Accelerometer
4-20mA acceleration output via Flame Retardant Cable
HS-173 Series
HS-173 – Side Exit – Integral PUR Cable Triaxial Accelerometer
Three 100mV/g AC acceleration outputs via PUR cable
HS-422S Series
HS-422S – Side Exit – Integral Braided Cable Accelerometer
4-20mA acceleration output via Braided Cable
HS-183 Series
HS-183 – Side Exit – 4 Pin M12 Compact Triaxial Accelerometer
Three 100mV/g AC outputs via M12 Connector
HS-420T Series
HS-420T – Top Exit – 4 Pin M12 4-20mA Accelerometer with Temp Output
4-20mA velocity and 10mV/C temperature output via M12 Connector
HS-183 Series
HS-183 – Side Exit – Compact Integral HFFR Triaxial Accelerometer
Three AC outputs via via 4 Core Polyolefin HFFR
HS-420I/M Series
HS-420I/M – Top Exit – Integral FR Cable Intrinsically Safe Accelerometer
4-20mA velocity output via Flame Retardant Cable
HS-420I/M Series
HS-420I/M – Terminal Head Exit – Integral FR Cable Intrinsically Safe Accelerometer
4-20mA velocity output via Flame Retardant Cable for use with Terminal Head
HS-420I/M Series
HS-420I/M – Top Exit – 2 Pin MS Intrinsically Safe Accelerometer
4-20mA velocity output via 2 Pin MS Connector
HS-420I/M Series
HS-420I/M – Top Exit – 4 Pin M12 Intrinsically Safe Accelerometer
4-20mA velocity output via M12 Connector
HS-420I/M Series
HS-420I/M – Top Exit – Integral Braided Cable Intrinsically Safe Accelerometer
4-20mA velocity output via Braided Cable
HS-420I/M Series
HS-420I/M – Top Exit – Integral PUR Cable Intrinsically Safe Accelerometer
4-20mA velocity output via PUR Cable
HS-420IT Series
HS-420IT – Top Exit – 4 Pin M12 Intrinsically Safe Accelerometer with Temp Output
4-20mA velocity and 10mV/C temperature output via M12 Connector
HS-420IT Series
HS-420IT – Top Exit – Integral PUR Cable Intrinsically Safe Accelerometer with Temp Output
4-20mA velocity and 10mV/C temperature output via PUR Cable
HS-100S Series
HS-100S – Side Exit – Integral HFFR Cable Accelerometer
100mV/g AC acceleration output via 4 Core Polyolefin HFFR
HS-420RT Series
HS-420RT – Top Exit – 4 Pin M12 4-20mA Accelerometer with Temp Output
4-20mA velocity and PT100 temperature output via M12 Connector
HS-150H Series
HS-150H – Top Exit – 4 Pin M12 High Temp. Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-420RT Series
HS-420RT – Top Exit – Integral PUR Cable 4-20mA Accelerometer with Temp Output
4-20mA velocity and PT100 temperature output via PUR Cable
HS-150tb
HS-150tb – Top Exit – Integral PUR Cable ExTb Intrinsically Safe Accelerometer
AC acceleration output via PUR Cable with Protective Conduit
HS-420ST Series
HS-420ST – Side Exit – 4 Pin M12 Accelerometer with Temp Output
4-20mA velocity and 10mV/C temperature output via M12 Connector
HS-150tb
HS-150tb – Top Exit – Integral PUR Cable ExTb Intrinsically Safe Accelerometer
AC acceleration output via PUR Cable with Protective Conduit
HS-420SRT Series
HS-420SRT – Side Exit – 4 Pin M12 Accelerometer with Temp Output
4-20mA velocity and PT100 temperature output via M12 Connector
HS-150IT – Top Exit – Integral Braided Cable ExTb Intrinsically Safe Accelerometer
AC acceleration and temperature output via Braided Cable

HS-420T Series
HS-420T – Top Exit – Integral PUR Cable 4-20mA Accelerometer with Temp Output
4-20mA velocity and 10mV/C temperature output via PUR Cable
HS-104T Series
HS-104T – Top Exit – 4 Pin M12 Low Power Accelerometer with Temp Output
100mV/g AC acceleration and temperature output via M12 Connector
HS-421 Series
HS-421 – Top Exit – Integral HFFR Cable Dual Output Accelerometer
4-20mA velocity and AC acceleration output via 4 Core Polyolefin HFFR
HS-150 Series
HS-150 – Top Exit – Integral FEP Cable With Conduit Accelerometer
100mV/g AC acceleration output via FEP Cable with Protective Conduit
HS-421 Series
HS-421 – Top Exit – Integral Braided Cable Dual Output Accelerometer
4-20mA velocity and AC acceleration output via Braided Cable
HS-150 Series
HS-150 – Top Exit – Integral Braided Cable Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-421 Series
HS-421 – Top Exit – 3 Pin MS Dual Output Accelerometer
4-20mA velocity and AC acceleration output via 3 Pin MS Connector
HS-150F Series
HS-150F – Top Exit – Filtered 4 Pin M12 Accelerometer
100mV/g AC Filtered acceleration output via M12 Connector
HS-420S Series
HS-420S – Side Exit – Integral FEP Cable with Conduit 4-20mA Output Accelerometer
4-20mA velocity output via FEP Cable with Protective Conduit
HS-150I Series
HS-150I – Top Exit – Integral FR Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-421 Series
HS-421 – Top Exit – Integral PUR Cable Dual Output Accelerometer
4-20mA velocity and AC acceleration output via PUR Cable
HS-150I Series
HS-150I – Top Exit – Integral PUR Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-421 Series
HS-421 – Top Exit – Integral FR Cable Dual Output Accelerometer
4-20mA velocity and AC acceleration output via Flame Retardant Cable
HS-150I Series
HS-150I – Top Exit – 4 Pin M12 Intrinsically Safe Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-421 Series
HS-421 – Top Exit – 4 Pin M12 Dual Output Accelerometer
4-20mA velocity and AC acceleration output via M12 Connector
HS-150I Series
HS-150I – Top Exit – 2 Pin MS Intrinsically Safe Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-421I Series
HS-421I – Top Exit – Integral FR Cable Dual Output Intrinsically Safe Accelerometer
4-20mA velocity and AC acceleration via Flame Retardant Cable
HS-150I Series
HS-150I – Top Exit – Integral Braided Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-421I Series
HS-421I – Top Exit – Integral Braided Cable Dual Output Intrinsically Safe Accelerometer
4-20mA velocity and AC acceleration output via Braided Cable
HS-150IS Series
HS-150IS – Side Exit – Integral FR Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-421I Series
HS-421I – Top Exit – Integral PUR Cable Dual Output Intrinsically Safe Accelerometer
4-20mA velocity and AC acceleration output via PUR Cable
HS-150IS Series
HS-150IS – Side Exit – Integral Filled PUR Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Filled PUR Cable
HS-421I Series
HS-421I – Top Exit – 3 Pin MS Dual Output Intrinsically Safe Accelerometer
4-20mA velocity and AC acceleration output via 3 Pin MS Connector
HS-150S Series
HS-150S – Side Exit – Integral PUR Cable With Conduit Accelerometer
100mV/g AC acceleration output via 4 Core PUR Cable with Removable Stainless Steel Conduit
HS-421I Series
HS-421I – Top Exit – 4 Pin M12 Dual Output Intrinsically Safe Accelerometer
4-20mA velocity and AC acceleration output via M12 Connector
HS-150IS Series
HS-150IS – Side Exit – Integral PUR Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-421S Series
HS-421S – Side Exit – 4 Pin M12 Dual Output Accelerometer
4-20mA velocity and AC acceleration output via M12 Connector
HS-150IS Series
HS-150IS – Side Exit – Integral PUR Cable with Conduit Intrinsically Safe Accelerometer
100mV/g AC acceleration output via PUR Cable with Stainless Steel Conduit
HS-421S Series
HS-421S – Side Exit – Integral Braided Cable Dual Output Accelerometer
4-20mA velocity and AC acceleration via Braided Cable
HS-150IS Series
HS-150IS – Side Exit – 4 Pin M12 Intrinsically Safe Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-421S Series
HS-421S – Side Exit – Integral PUR Cable Dual Output Accelerometer
4-20mA velocity and AC acceleration output via PUR Cable
HS-150IS Series
HS-150IS – Side Exit – Integral Braided Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-421S Series
HS-421S – Side Exit – Integral FR Cable Dual Output Accelerometer
4-20mA velocity and AC acceleration via Flame Retardant Cable
HS-150IS Series
HS-150IS – Side Exit – 2 Pin MS Intrinsically Safe Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-421SRT Series
HS-421SRT – Side Exit – 5 Pin M12 Dual Output Accelerometer With Temp Output
4-20mA velocity, AC acceleration and PT100 temperature output via 5 Pin M12 Connector
HS-150IST Series
HS-150IST – Side Exit – 3 Pin MS Intrinsically Safe Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via 3 Pin MS Connector
HS-421T Series
HS-421T – Top Exit – 4 Pin M12 Dual Output Accelerometer With Temp Output
4-20mA velocity, AC acceleration and 10mV/C temperature output via M12 Connector
HS-150IST Series
HS-150IST – Side Exit – Integral Braided Cable with Conduit Intrinsically Safe Accelerometer with Temp Output
100mV/g AC acceleration and 10mV/C temperature output via Braided Cable
HS-422 Series
HS-422 – Top Exit – Integral Braided Cable Accelerometer
4-20mA acceleration output via Braided Cable
HS-150IST Series
HS-150IST – Side Exit – 4 Pin M12 Intrinsically Safe Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via M12 Connector
HS-422I Series
HS-422I/M – Top Exit – Integral PUR Cable Intrinsically Safe Accelerometer
4-20mA acceleration output via PUR Cable
HS-150IST Series
HS-150IST – Side Exit – Integral PUR Cable with Conduit Intrinsically Safe Accelerometer with Temp Output
100mV/g AC acceleration and 10mV/C temperature output via PUR Cable
HS-422I Series
HS-422I/M – Top Exit – Integral FR Cable Intrinsically Safe Accelerometer
4-20mA acceleration output via Flame Retardant Cable
HS-150IT Series
HS-150IT – Top Exit – 3 Pin MS Intrinsically Safe Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via 3 Pin MS Connector
HS-422I Series
HS-422I/M – Top Exit – Integral Braided Cable Intrinsically Safe Accelerometer
4-20mA acceleration output via Braided Cable
HS-150IT Series
HS-150IT – Top Exit – 4 Pin M12 Intrinsically Safe Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via M12 Connector
HS-422I Series
HS-422I/M – Top Exit – 2 Pin MS Intrinsically Safe Accelerometer
4-20mA acceleration output via 2 Pin MS Connector
HS-150IT Series
HS-150IT – Top Exit – Integral PUR Cable Intrinsically Safe Accelerometer with Temp Output
100mV/g AC acceleration and 10mV/C temperature output via PUR Cable
HS-422I Series
HS-422I/M – Top Exit – 4 Pin M12 Intrinsically Safe Accelerometer
4-20mA acceleration output via M12 Connector
HS-150T Series
HS-150RT – Top Exit – 4 Pin M12 Accelerometer With Temp Output
100mV/g AC acceleration and PT100 temp output via M12 Connector
HS-422IT Series
HS-422IT – Top Exit – 4 Pin M12 Intrinsically Safe Accelerometer with Temp Output
4-20mA acceleration and temperature output via M12 Connector
HS-150SF Series
HS-150SF – Side Exit – Filtered 4 Pin M12 Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-422T Series
HS-422RT – Top Exit – 4 Pin M12 Accelerometer with Temp Output
4-20mA acceleration and PT100 temperature output via M12 Connector
HS-150S Series
HS-150S – Side Exit – Integral HFFR Cable With Conduit Accelerometer
100mV/g AC acceleration output via 4 Core Polyolefin HFFR with Protective Conduit
HS-422T Series
HS-422RT – Top Exit – Integral PUR Cable Accelerometer with Temp Output
4-20mA acceleration and PT100 temperature output via PUR Cable
HS-150S Series
HS-150S – Side Exit – Integral FEP Cable With Conduit Accelerometer
100mV/g AC acceleration output via FEP Cable with Protective Conduit
HS-422SRT Series
HS-422SRT – Side Exit – 4 Pin M12 Accelerometer with Temp Output
4-20mA acceleration and PT100 temperature output via M12 Connector
HS-150S Series
HS-150S – Side Exit – Integral Braided Cable Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-422ST Series
HS-422ST – Side Exit – 4 Pin M12 Accelerometer with Temp Output
4-20mA acceleration and temperature output via M12 Connector
HS-150SRT Series
HS-150SRT – Side Exit – 4 Pin M12 Accelerometer With Temp Output
100mV/g AC acceleration and PT100 temperature output via M12 Connector
HS-422ST Series
HS-422ST – Side Exit – Integral PUR Cable Accelerometer with Temp Output
4-20mA acceleration and temperature output via PUR Cable.
HS-150ST Series
HS-150ST – Side Exit – Integral PUR Cable with Conduit Accelerometer Including Temp Output
100mV/g AC acceleration and 10mV/C temperature output via?PUR Cable with Stainless Steel Conduit
HS-422SRT Series
HS-422SRT – Side Exit – Integral PUR Cable Accelerometer with Temp Output
4-20mA acceleration, PT100 temperature output,?PUR Cable
HS-150ST Series
HS-150ST Series Dual Output via FEP Cable with Protective Conduit
AC acceleration and temperature output via FEP Cable with Protective Conduit
HS-422T Series
HS-422T – Top Exit – 4 Pin M12 Accelerometer with Temp Output
4-20mA acceleration and 10mV/C temperature output via M12 Connector
HS-150ST Series
HS-150ST – Side Exit – Integral PUR Cable Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via PUR Cable
HS-422T Series
HS-422T – Top Exit – Integral PUR Cable Accelerometer with Temp Output
4-20mA acceleration and 10mV/C temperature output via PUR Cable
HS-150ST Series
HS-150ST – Side Exit – Integral Braided Cable Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via Braided Cable
HS-473 Series
HS-473 – Side Exit – 8 Pin M12 Triaxial Accelerometer
4-20mA velocity output via 8 Pin M12 Connector
HS-150ST Series
HS-150ST – Side Exit – 4 Pin M12 Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via M12 Connector
HS-473 Series
HS-473 – Side Exit – Integral PUR Cable Triaxial Accelerometer
4-20mA velocity output via 8 core PUR cable
HS-150ST Series
HS-150ST – Side Exit – 3 Pin MS Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via 3 Pin MS Connector
HS-483 Series
HS-483 – Side Exit – Integral PUR Cable Triaxial Accelerometer
4-20mA acceleration output via 8 core PUR cable
HS-150T Series
HS-150T – Top Exit – Integral FEP Cable With Conduit Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via FEP Cable with Protective Conduit
HS-483 Series
HS-483 – Side Exit – 8 Pin M12 Triaxial Accelerometer
4-20mA acceleration output via 8 Pin M12 Connector
4-20mA series
Accelerometer Capsules
4-20mA series
HS-150T Series
HS-150T – Top Exit – Integral PUR Cable Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via PUR Cable
HS-150T Series
HS-150T – Top Exit – Integral Braided Cable Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via Braided Cable
HS-150T Series
HS-150T – Top Exit – 4 Pin M12 Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via M12 Connector
HS-150T Series
HS-150T – Top Exit – 3 Pin MS Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via 3 Pin MS Connector
HS-170 Series
HS-170 – Top Exit – Compact Integral FR Cable Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-100S Series
HS-100S – Side Exit – Integral FR Cable Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-170 Series
HS-170 – Top Exit – Compact Integral Braided Cable Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-170I Series
HS-170I – Top Exit – Compact 4 Pin M12 Intrinsically Safe Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-170I Series
HS-170I – Top Exit – Compact Integral FR Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-172 Series
HS-172 – Side Exit – 4 Pin M12 Biaxial Accelerometer
Two 100mV/g AC outputs via M12 Connector
HS-172 Series
HS-172 – Side Exit – Integral PUR Cable Biaxial Accelerometer
Two 100mV/g AC outputs via PUR cable
HS-170I Series
HS-170I – Top Exit – Compact Integral Braided Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-170I Series
HS-170I – Top Exit – Compact 2 Pin MS Intrinsically Safe Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-170S Series
HS-170S – Side Exit – Compact 4 Pin M12 Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-170IS Series
HS-170IS – Side Exit – Compact Integral PUR Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-170IS Series
HS-170IS – Side Exit – Compact Integral FR Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-170IS Series
HS-170IS – Side Exit – Compact Integral Braided Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-170IS Series
HS-170IS – Side Exit – Compact 4 Pin M12 Intrinsically Safe Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-170IS Series
HS-170IS – Side Exit – Compact 2 Pin MS Intrinsically Safe Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-170S Series
HS-170S – Side Exit – Compact Integral FR Cable Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-170S Series
HS-170S – Side Exit – Compact Integral Braided Cable Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-170ST Series
HS-170ST – Side Exit – Compact 3 Pin MS Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via 3 Pin MS Connector
HS-170ST Series
HS-170ST – Side Exit – Compact 4 Pin M12 Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via M12 Connector
HS-172R Series
HS-172R – Top Exit – 4 Pin M12 Biaxial Accelerometer
Two 100mV/g AC outputs via M12 Connector
HS-173 Series
HS-173 – Side Exit – Integral PTFE Cable with Conduit Triaxial Accelerometer
Three 100mV/g AC acceleration Outputs via 5 Core PTFE Cable with Protective Conduit
HS-173 Series
HS-173 – Side Exit – Integral HFFR Cable with Conduit Triaxial Accelerometer
Three 100mV/g AC acceleration outputs via 4 Core Polyolefin HFFR with Protective Conduit
HS-173HT Series
HS-173HT – Side Exit – Integral PTFE Cable and conduit Triaxial Accelerometer With Temp Output
Three 100mV/g AC acceleration Outputs and 10mV/C Temperature Output via 5 Core PTFE Cable with Protective Conduit
HS-173HT Series
HS-173HT – Side Exit – Integral PTFE Cable Triaxial Accelerometer With Temp Output
Three 100mV/g AC acceleration Outputs and 10mV/C Temperature Output via 5 Core PTFE Cable
HS-173I Series
HS-173I – Side Exit – Integral PUR Cable with Conduit ATEX Triaxial Accelerometer
Three 100mV/g AC outputs via PUR cable via?Protective Conduit
HS-173I Series
HS-173I – Side Exit – Integral PUR Cable ATEX Triaxial Accelerometer
Three 100mV/g AC outputs via PUR cable
HS-173I Series
HS-173I – Side Exit – 4 Pin M12 ATEX Triaxial Accelerometer
Three 100mV/g AC outputs via M12 Connector
HS-173IR Series
HS-173IR – Top Exit – Integral PUR Cable with Conduit ATEX Triaxial Accelerometer
Three 100mV/g AC outputs via PUR cable with Protective Conduit
HS-173IR Series
HS-173IR – Top Exit – 4 Pin M12 ATEX Triaxial Accelerometer
Three 100mV/g AC outputs via M12 Connector
HS-173IR Series
HS-173IR – Top Exit – Integral PUR Cable ATEX Triaxial Accelerometer
Three 100mV/g AC outputs via PUR cable
HS-173R Series
HS-173R – Top Exit – Integral FEP Cable with Conduit Round Triaxial Accelerometer
Three 100mV/g AC outputs via FEP Cable with Protective Conduit
HS-173R Series
HS-173R – Top Exit – 4 Pin M12 Round Triaxial Accelerometer
Three 100mV/g AC outputs via M12 Connector
HS-173R Series, HS-173RHT
HS-173RHT – Top Exit – Integral PTFE Cable Round Triaxial Accelerometer with Temp Output
Three 100mV/g AC outputs and 10mV/C Temperature Output via 5 Core PTFE Cable
HS-173R Series, HS-173RHT
HS-173RHT – Top Exit – Integral PTFE Cable and Conduit Round Triaxial Accelerometer with Temp Output
Three 100mV/g AC outputs and 10mV/C Temperature Output via PTFE Cable with Protective Conduit
HS-173IR Series
HS-173RT – Top Exit – 62GB Connector Triaxial Accelerometer With Temp Output
Three 100mV/g AC Accleration Outputs and PT100 temperature output via 6 Pin 62GB connector
HS-173T Series
HS-173T – Side Exit – 5 Pin M12 Triaxial Accelerometer with Temp Output
Three 100mV/g AC acceleration Outputs and 10mV/C Temperature Output via M12 Connector
HS-104 Series
HS-104 -Top Exit – 4 Pin M12 Low Power Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-104 Series
HS-104 -Top Exit – 3 Pin MS Low Power Accelerometer
100mV/g AC acceleration output via 3 Pin MS Connector
HS-104I Series
HS-104I – Top Exit – 4 Pin M12 ATEX Low Power Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-104I Series
HS-104I – Top Exit – 3 Pin MS ATEX Low Power Accelerometer
100mV/g AC acceleration output via 3 Pin MS Connector
HS-104IS Series
HS-104IS – Side Exit – 4 Pin M12 ATEX Low Power Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-104R Series
HS-104R – Top Exit – Integral PUR Cable Low Power Triaxial Accelerometer
Three 100mV/g AC acceleration outputs via PUR cable
HS-104S Series
HS-104S – Side Exit – 4 Pin M12 Low Power Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-104S Series
HS-104S – Side Exit – 3 Pin MS Low Power Accelerometer
100mV/g AC acceleration output via 3 Pin MS Connector
HS-105S Series
HS-105 – Top Exit – High Temp. Accelerometer
100mV/g AC acceleration output via Low Noise Cable
HS-100 Series
HS-100 – Top Exit – Integral FEP Cable With Conduit Accelerometer
100mV/g AC acceleration output via FEP Cable with Protective Conduit
HS-105I Series
HS-105I – Top Exit – ATEX High Temp. Accelerometer
100mV/g AC output via Low Noise Cable
HS-105IS Series
HS-105IS – Side Exit – ATEX High Temp. Accelerometer
100mV/g AC output via Low Noise Cable
HS-105S Series
HS-105S – Side Exit – High Temp. Accelerometer
100mV/g AC acceleration output via Low Noise Cable
HS-107 Series
HS-107 – Top Exit – 4 Pin M12 Line Drive Accelerometer
Line Drive acceleration output via M12 Connector
HS-107 Series
HS-107 – Top Exit – 2 Pin MS Line Drive Accelerometer
Line Drive acceleration output via 2 Pin MS Connector
HS-107I Series
HS-107I – Top Exit – 2 Pin MS Line Drive Intrinsically Safe Accelerometer
Line Drive acceleration output via 2 Pin MS Connector
HS-107 Series
HS-107I – Top Exit – 4 Pin M12 Line Drive Intrinsically Safe Accelerometer
Line Drive acceleration output via M12 Connector
HS-107S Series
HS-107S – Side Exit – 2 Pin MS Line Drive Accelerometer
Line Drive acceleration output via 2 Pin MS Connector
HS-107S Series
HS-107S – Side Exit – Integral Braided Cable Line Drive Accelerometer
Line Drive acceleration output via Braided cable
HS-107S Series
HS-107S – Side Exit – 4 Pin M12 Line Drive Accelerometer
Line Drive acceleration output via M12 Connector
HS-107 Series
HS-107T – Top Exit – 4 Pin M12 Line Drive Accelerometer With Temp Output
Line Drive acceleration and 10mV/C temperature output via M12 Connector
HS-160 Series
HS-160 – Top Exit – Integral FEP Cable With Conduit Accelerometer
AC Velocity output via FEP Cable with Protective Conduit
HS-160 Series
HS-160 – Top Exit – Integral PUR Cable Accelerometer
AC Velocity output via PUR Cable
HS-160 Series
HS-160 – Top Exit – Integral FR Cable Accelerometer
AC Velocity output via Flame Retardant Cable
HS-100 Series
HS-100 – Top Exit – Integral FR Cable Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-160 Series
HS-160 – Top Exit – Integral Braided Cable Accelerometer
AC Velocity output via Braided Cable
HS-100 Series
HS-100 – Top Exit – Integral Braided Cable Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-160 Series
HS-160 – Top Exit – 4 Pin M12 Accelerometer
AC Velocity output via M12 Connector
HS-160 Series
HS-160 – Top Exit – 2 Pin MS Accelerometer
AC Velocity output via 2 Pin MS Connector
HS-100F Series
HS-100F – Top Exit – Filtered Integral FR Cable Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-100F Series
HS-100F – Top Exit – Filtered Integral PUR Cable Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-100F Series
HS-100F – Top Exit – Filtered 4 Pin M12 Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-100F Series
HS-100F – Top Exit – Filtered Integral Braided Cable Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-100F Series
HS-100F – Top Exit – Filtered 2 Pin MS Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-100I Series
HS-100I – Top Exit – Integral PUR Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-100I Series
HS-100I – Top Exit – 4 Pin M12 Intrinsically Safe Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-100I Series
HS-100I – Top Exit – 2 Pin MS Intrinsically Safe Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-100I Series
HS-100I – Top Exit – Integral Braided Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-100IS Series
HS-100IS – Side Exit – Integral PUR Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-100IS Series
HS-100IS – Side Exit – 4 Pin M12 Intrinsically Safe Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-100IS Series
HS-100IS – Side Exit – Integral Braided Cable Intrinsically Safe Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-100IS Series
HS-100IS – Side Exit – 2 Pin MS Intrinsically Safe Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-100T Series
HS-100RT – Top Exit – 4 Pin M12 Accelerometer With Temp Output
100mV/g AC acceleration and PT100 temperature output via M12 Connector
HS-100S Series
HS-100S – Side Exit – Integral PUR Cable with Conduit Accelerometer
100mV/g AC acceleration output via 4 Core PUR Cable with Removable Stainless Steel Conduit
HS-100S Series
HS-100S – Side Exit – Integral FEP Cable with Conduit Accelerometer
100mV/g AC acceleration output via FEP Cable with Protective Conduit
HS-100S Series
HS-100S – Side Exit – Integral Braided Cable Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-100SF Series
HS-100SF – Side Exit – Filtered Integral FR Cable Accelerometer
100mV/g AC acceleration output via Flame Retardant Cable
HS-100SF Series
HS-100SF – Side Exit – Filtered Integral PUR Cable Accelerometer
100mV/g AC acceleration output via PUR Cable
HS-100SF Series
HS-100SF – Side Exit – Filtered Integral Braided Cable Accelerometer
100mV/g AC acceleration output via Braided Cable
HS-100SF Series
HS-100SF – Side Exit – Filtered 2 Pin MS Accelerometer
100mV/g AC acceleration output via 2 Pin MS Connector
HS-100SF Series
HS-100SF – Side Exit – Filtered 4 Pin M12 Accelerometer
100mV/g AC acceleration output via M12 Connector
HS-100ST Series
HS-100SRT – Side Exit – 4 Pin M12 Accelerometer With Temp Output
100mV/g AC acceleration and PT100 temperature output via M12 Connector
HS-100ST Series
HS-100ST – Side Exit – Integral FEP Cable with Conduit Accelerometer Including Temp Output
100mV/g AC acceleration and 10mV/C temperature output via FEP Cable with Protective Conduit
HS-100ST Series
HS-100ST – Side Exit – Integral FR Cable Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via Flame Retardant Cable
HS-100ST Series
HS-100ST – Side Exit – Integral PUR Cable Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via PUR Cable
HS-100ST Series
HS-100ST – Side Exit – Integral Braided Cable Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via Braided Cable
HS-100ST Series
HS-100ST – Side Exit – 4 Pin M12 Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via M12 Connector
HS-100ST Series
HS-100ST – Side Exit – 3 Pin MS Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via 3 Pin MS Connector
HS-100T Series
HS-100T – Top Exit – Integral FEP Cable With Conduit Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via FEP Cable with Protective Conduit
HS-100T Series
HS-100T – Top Exit – Integral FR Cable Accelerometer with Temp Output
AC acceleration and temperature output via Flame Retardant Cable
HS-100T Series
HS-100T – Top Exit – Integral PUR Cable Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via PUR Cable
HS-100T Series
HS-100T – Top Exit – Integral Braided Cable Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via Braided Cable
HS-100T Series
HS-100T – Top Exit – 4 Pin M12 Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via M12 Connector
HS-160T Series
HS-160T – Top Exit – 3 Pin MS Accelerometer With Temp Output
AC Velocity and 10mV/C temperature output via 3 Pin MS Connector
HS-100T Series
HS-100T – Top Exit – 3 Pin MS Accelerometer With Temp Output
100mV/g AC acceleration and 10mV/C temperature output via 3 Pin MS Connector
HS-200 Series
HS-200 Temperature Sensor
RTD (PT100) temperature output via 2 Pin MS Connector
HS-200SRT Series
HS-200SRT Temperature Sensor
only PT100 temperature output via 2 Pin MS Connector
HS-210 Series
HS-210 Temperature Sensor
only temperature output via 3 Pin MS Connector
HS-210S
HS-210S Temperature Sensor
only temperature output via Polyolefin HFFR with Protective Conduit
HS-210S
HS-210S Temperature Sensor
only temperature output via 3 Pin MS Connector
HS-004 Series
HS-004 – Low Power Accelerometer Capsule
100mV/g AC acceleration output
HS-004 Series
HS-004IS – ATEX Low Power Accelerometer Capsule
100mV/g AC acceleration output
HS-050 Series
HS-050 – Accelerometer Capsule
100mV/g AC acceleration output
HS-070 Series
HS-070 – Premium Accelerometer Capsule
100mV/g AC acceleration output
HS-AC Series
HS-AC Cables

Multi-core cables
2PIN MS Connector
HS-AA053
2PIN MS Connector
HS-AA054
3 Pin MS Connector
HS-AA068
3 Pin MS Connector
HS-AA069
2PIN MS Connector
HS-AA058
2PIN MS Connector
HS-AA004
2PIN MS Connector
HS-AA016
2PIN MS Connector
HS-AA016-S
2PIN MS Connector
HS-AA026
3 Pin MS Connector
HS-AA005
3 Pin MS Connector
HS-AA011
Inline Adaptor
HS-AA009
4 Pin M12 Connector
HS-AA043
4 Pin M12 Connector
HS-AA065
4 Pin M12 Connector
HS-AA081
5 Pin M12 Connector
HS-AA028
5 Pin M12 Connector
HS-AA134
Inline Adaptor
HS-AA018
Inline Adaptor
HS-AA091
Lemo Connector
HS-AA025
TNC Connector
HS-AA073
TNC Connector
HS-AA072
TNC Connector
HS-AA073
BNC Connector
HS-AA040-SC
BNC Connector
HS-AA040-NSC
BNC Connector
HS-AA015-1
BNC Connector
HS-AA015-2
BNC Connector
HS-AA014-1
BNC Connector
HS-AA014-2
BNC Connector
HS-AA010
90º Bracket
HS-AA002-1
90º Bracket
HS-AA002-1-2
90º Bracket
HS-AA002-1-3
90º Bracket
HS-AA002-2
90º Bracket
HS-AA038
BNC Connector
HS-AA030
TNC Connector
HS-AA013
Microdot Connector
HS-AA020
HS-AC Series
2 Pin MS Overmoulded Connector
HS-AC Series
2 Pin MS 90° Overmoulded Female Socket
HS-AC Series
3 Pin MS Overmoulded Female Socket
HS-AC Series
3 Pin MS 90° Overmoulded Female Socket
HS-AA122 Series, HS-AC Series
2 Pin Rubber Booted Socket Connector
HS-AC Series
3 Pin Rubber Booted Socket Connector
HS-AC Series
4 Pin M12 Socket Connector
HS-AC Series
4 Pin M12 90° Socket Connector
HS-AC Series
M12 4 Pole Straight Socket Connector – With Conduit
HS-AC Series
4 Pin M12 Straight Socket
HS-AC Series
M8 4 Pole Connector
HS-AC Series
5 Pin M12 90° Socket Connector
HS-AC Series
5 Pin M12 Socket Connector
HS-AC Series
5 Pin M12 Plug
HS-AC Series
BNC Male Plug
HS-AC Series
BNC Female Socket
HS-AC Series
Bulkhead Plug BNC with Mounting Bracket & Dust Cap Connector
HS-AC Series
BNC Bulkhead Socket Connector
HS-AC Series
Microdot Connector
HS-AC Series
TNC Plug Connector
HS-AA031 Series
HS-AA031 Carbide Tipped Spot Facing Kit
HS-AA001-1/4 Series
HS-AA001-1/4 Carbide Tipped Spot Face Tool
HS-660 Series
HS-660 Accelerometer Cable & Bias Checker
HS-661 Series
HS-661 Accelerometer Simulator
HS-AA122 Series
HS-AA122 Crimping Kit for 2 Pin MS Connector
HS-AA113 Series
HS-AA113 – Connector Kit
HS-AA003 Series
HS-AA003 Stud Mounting Adhesive
HS-AC Series
M8 Female Connector
HS-AS Series
HS-AS Glue Face Studs
HS-AS Series
HS-AS Studs Quick Fit threads
HS-AC Series
90° M8 Female Connector
HS-AS Series
HS-AS Mounting/Grub Screw Studs
HS-AS Series
HS-AS Adapter Studs
HS-AC Series
8 Pin Connector FUW HS-473 & HS-483
HS-AS Series
HS-AS Conical Mount Studs
HS-AS Series
HS-AS Isolation Studs
HS-AS Series
HS-AS Fin Mount Studs
HS-AS Series
HS-AS Bolt Studs
HS-AS241 Series
HS-AS241
Grease Adaptor Mount
HS-AM Series
HS-AM Magnets – Pole Piece
HS-AM Series
HS-AM Rotating Magnets – Pole Piece
HS-AM Series
HS-AM Magnets – Flat Face
HS-AM Series
HS-AM Magnets – Pole Piece
HS-AS Series
HS-AA046 Mounting Block
Triaxial Mounting Block, 4 x 1/4″-28 UNF Female Mounting Points, 2 x M6 Fixing Points
HS-AS Series
HS-AS031-XX-Ext Conical Extension Mount
HS-AS Series
HS-AS054 Accelerometer Stainless Steel Stinger
HS-AS Series
HS-AS221/222 Triaxial Alignment Adaptor & Mounting Stud
HS-AS Series
HS-AS014-44 Studs
HS-AS Series
HS-AS226 Glue Face Studs FUW Triaxials
HS-AS Series
HS-AS274 Glue Face Studs FUW Triaxials
HS-AA006 Series
HS-AC020 3 Pin 62GB Socket
HS-SE-M Series
HS-SE-M Switching Enclosure
Mild Steel
HS-SE-SSM Series
HS-SE-SSM Switching Enclosure
Stainless Steel
HS-SEC-SSM Series
HS-SEC-SSM Switching Enclosure
Stainless Steel
HS-SE-PCM Series
HS-SE-PCM Switching Enclosure
Polycarbonate
HS-SE-SRM Series
HS-SE-SRM Switching Enclosure
Stainless Steel with protective roof
HS-630 Series
HS-630 Compact and Portable Meter
Vibration and temperature outputs
HS-620 Series
HS-620 Compact and Portable Meter
Vibration output
HS-556 Series
HS-556 Vibration Module
4-20mA output
HS-557 Series
HS-557 Vibration Module
Dual output 4-20mA output
HS-535 Series
HS-535 Vibration Module
Three Outputs
HS-530 Series
HS-530 Vibration Module
Four Outputs
HS-510 Series
HS-510 Vibration Trip Module
with LED display
HS-540 Series
HS-540 Vibration Module
HS-550 Series
HS-550 Vibration Module
Acceleration Power Supply and Signal Amplifier
HS-551 Series
HS-551 Vibration Module
Power Supply
HS-580 Series
HS-580 Module Enclosure
Polycarbonate
HS-429 Series
HS-429 Vibration Trip
4-20mA velocity and switch output via M12 Connector
HS-570-20 Series
HS-570-20 Power Supply Module
HS-570-40 Series
HS-570-40 Power Supply Module
HS-570-60 Series
HS-570-60 Power Supply Module
HS-517 Series
HS-517 Vibration Trip Display
with LED display
HS-517I Series
HS-517I Intrinsically Safe Vibration Trip Display
with LED display
HS-CA002 Series
HS-CA002 Charge Amplifier
AC acceleration output
HS-CA001 Series
HS-CA001 Charge Amplifier
Velocity output
HS-SE-DT-SRM Series
HS-SE-DT-SRM Switching Enclosure
Stainless Steel with protective roof

– vibration and temperature output
HS- SESSMMO Series
HS- SESSMMO Switching Enclosure
Stainless Steel – with outputs for online expansion
HS-SE-SRMMO Series
HS-SE-SRMMO Switching Enclosure
Stainless Steel with outputs

for online expansion and protective roof
HS-SE-HSSM Series
HS-SE-HSSM Switching Enclosure
Stainless Steel with Hinged Connection Board
HS-SE Series
HS-SE Switching Enclosure
Painted Mild Steel
HS-SE Series
HS-SE Switching Enclosure
Stainless Steel
HS-SE-SR Series
HS-SE-SR Switching Enclosure
Stainless Steel with protective roof
HS-SEC Series
HS-SEC Compact Switching Enclosure
Stainless Steel
HS-SEC-SR Series
HS-SEC-SR Compact Switching Enclosure
Stainless Steel with protective roof
HS-SE-SR-SC Series
HS-SE-SR-SC Switching Enclosure
Stainless Steel with protective roof and self-closing hinges
HS-SE-DT
HS-SE-DT Switching Enclosure
Painted Mild Steel – vibration and temperature output
HS-SE-DT-SS Series
HS-SE-DT-SS Switching Enclosure
Stainless Steel – vibration and temperature output
HS-SE-DT-PC Series
HS-SE-DT-PC Switching Enclosure
Polycarbonate – vibration and temperature output
HS-SE-TX-PC Series
HS-SE-TX-PC Switching Enclosure
Polycarbonate Enclosure for use with Triaxial
HS-SE-TX-SR Series
HS-SE-TX-SR Switching Enclosure
Stainless Steel Enclosure

with protective roof for use with Triaxial
HS-SE-TX-SS Series
HS-SE-TX-SS Switching Enclosure
Stainless Steel Enclosure for use with Triaxial
HS-CE-M Series
HS-CE-M Connection Enclosure
Painted Mild Steel
HS-CEC-SSM Series
HS-CE-SSM Connection Enclosure
Stainless Steel
HS-CE-PCM Series
HS-CE-PCM Connection Enclosure
Polycarbonate
HS-CEC-SSM Series
HS-CEC-SSM Connection Enclosure
Stainless Steel
HS-CE-SRM Series
HS-CE-SRM Connection Enclosure
Stainless Steel with protective roof
HS-CESC-SR Series
HS-CESC-SR Connection Enclosure
Compact – Stainless Steel with protective roof
HS-CE Series
HS-CE Connection Enclosure
Painted Mild Steel
HS-CE Series
HS-CE Connection Enclosure
Stainless Steel
HS-CE-SR Series
HS-CE-SR Connection Enclosure
Stainless Steel with protective roof
HS-ICE Series
HS-ICE Intrinsically Safe Connection Enclosure
Stainless Steel
HS-CEI Series
HS-CEI Connection Enclosure
Stainless Steel – with safety barriers
HS-BE Series
HS-BE BNC Enclosure
Polycarbonate
HS-DE Series
HS-DE Diecast Enclosure
Powdercoated Black Aluminium
HS-JE Series
HS-JE Junction Enclosure
Mild Steel
HS-JE Series
HS-JE Junction Enclosure
Stainless Steel
HS-JE Series
HS-JE Junction Enclosure
Polycarbonate
HS-AA006 Series
HS-AA006 – Inline Single Way Cable Joiner
HS-AA042 Series, HS-AA052 Series
HS-AA042 & HS-AA052 Terminal Head
Aluminium / Stainless Steel
HS-AA002 Series
HS-552 Connection Module
AC Output via BNC
HS-AA002 Series
HS-AA002 Bracket
90° BNC Bulkhead Socket
HS-AA002-1-3 Series
HS-AA002-1-2 Bracket
90° Bracket with 2 x BNC Bulkhead Socket
HS-AA002 Series
HS-AA002-1-3 Bracket
90° Bracket with 3 x BNC Bulkhead Socket
HS-AC170 Series
HS-AC170
90 Degree Bracket with Protective Rubber Boot
HS-AC174 Series
HS-AC174
90 Degree Bracket with Protective Rubber Boot

Featured Products

HS-AC174 Series
HS-AS241
HS-AC174 Series
HS-AA031 Carbide Tipped Spot Facing Kit
HS-AC174 Series
HS-SE-SSM Switching Enclosure
HS-AC174 Series
HS-420 – Top Exit – Integral HFFR Cable 4-20mA Output Accelerometer
HS-AC174 Series
HS-150I – Top Exit – 2 Pin MS Intrinsically Safe Accelerometer
HS-AC174 Series
HS-173 – Side Exit – 4 Pin M12 Triaxial Accelerometer
HS-AC174 Series
HS-150 – Top Exit – 2 Pin MS Accelerometer

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HS-422T Series
HS-422T – Top Exit – Integral PUR Cable Accelerometer with Temp Output
4-20mA acceleration and 10mV/C temperature output via PUR Cable
HS-107S Series
HS-107S – Side Exit – 2 Pin MS Line Drive Accelerometer
Line Drive acceleration output via 2 Pin MS Connector

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