ILPW Standard Wireless Load Measuring Pin and WTS-HK-S Next-Generation Wireless Handheld

Wireless Load Measuring Pin System

The ILPW Standard Wireless Load Measuring Pin transmits real‑time force data wirelessly to the WTS-HK-S Next-Generation Wireless Handheld, enabling seamless monitoring from multiple sensors on a compact, portable interface.

  • ILPW Standard Wireless Load Measuring Pin:
    • Capacities range from 7.7K lbf (3.5 MT) to 3,307K lbf (1500 MT)
    • Keeper plate supplied
    • Environmentally Sealed to IP67
    • Stainless Steel Construction
    • Design support software available
  • WTS-HK-S Next-Generation Wireless Handheld:
    • Displays data from up to 12 WTS wireless transmitters
    • Real-time monitoring of load, pressure, torque, strain and more
    • Rugged, IP67-rated handheld with tactile grip design
    • Wireless range up to 800 m (2,600 ft) line of sight
    • Roaming mode: automatically detects nearby transmitters
    • Configurable inputs with overload alerts and calibrated units
    • Easy setup via on-screen menu or free WTS Toolkit
    • Customizable interface with password protection for advanced users
    • Firmware upgradeable for future features and maths functions
    • Powered by 2 x AA batteries or permanent supply for fixed use
    • Fully compatible and backwards compatible with all WTS systems

Applications:

  • Crane Overload Protection
  • Winch Force Monitoring
  • Cable and Wire Dynamometers
  • Hoist Overload Protection
  • Mooring Tension Measurement

System Components

ILPW Standard Wireless Load Measuring Pin

Stainless Steel Load Pin

7.7K to 3,307K lbf
500 kgs to 1,500 MT

The Interface range of wireless load measuring pins are designed for general use. They are a simple and versatile type of load cell that are used in a large variety of applications such as cranes, winches, hoists, load shackles and bearing blocks. They are easily installed into machines by replacing any existing load bearing pin to provide accurate, real time monitoring of load forces. Machined from high tensile stainless steel and supplied complete with an keeper plate, all our load measuring pins are built to exacting standards and proof loaded to 150% of normal rated load. Our standard wireless load pin range covers ratings between 7.7K to 3,307 lbf (3.5 to 1500 MT), and can be provided as shown on this data sheet or can be modified to meet a particular application requirement. The unique wireless housing is manufactured from semi-aromatic polyamide plastic making the load pin cell far more compact and reducing the overall product weight. Located in the housing are two AAA alkaline batteries which can be easily accessed by removing the telemetry housing cover, while the internal electronics underneath remain completely sealed. The antenna is also internally mounted, protecting it from accidental damage during use and handling. The batteries are standard AAA alkaline batteries, which are readily available and low cost. The ILPW is supplied as standard without any additional wireless devices to enable greater flexibility with the configuration and ordering of the product. The ILPW can be used with any of the WTS range of wireless instrumentation, whether this be for a simple display system using the WTS-BS-1-HS, or more complex systems using WTS-BS-1 HA for multiple load pins.

Features & Benefits

  • Capacities range from 7.7K lbf (3.5 MT) to 3,307K lbf (1500 MT)
  • Keeper plate supplied
  • Environmentally Sealed to IP67
  • Stainless Steel Construction
  • Design support software available

Options

  • Special ratings and sizes (see WTSLP data sheet)
  • Hazardous Area certified – Intrinsically Safe (Ex i)
  • Various wireless accessories available. See WTS range of wireless products.

WTS-HK-S Next-Generation Wireless Handheld

Portable, Digital, Hand Held, Battery Powered, Display

The WTS-HK-S is a next-generation wireless handheld that combines the most popular features of the WTS-BS-1, WTS-BS-1-HS, and WTS-BS-1-HA into a single, versatile device. A single unit can be configured as needed, reducing inventory requirements and engineering setup time. Out of the box, it operates in roaming mode, automatically detecting and displaying data from up to twelve nearby WTS transmitters at ranges up to 800 m (2,600 ft). For more advanced applications, users can define up to twelve specific inputs with custom settings such as calibrated units and overload alerts. Configuration can be completed directly from the handheld menu, while full setup, saving, and loading of configurations can be performed using the free WTS Toolkit software. Menu items can be locked or hidden with PIN and password protection to prevent accidental changes, and the display can be customized to suit specific operational needs. Firmware updates via the toolkit allow access to new features, including mathematical functions for calculations such as sums, differences, and load determination based on sling angles. The license-free 2.4 GHz DSSS radio provides reliable, interference-resistant communication with FCC, ETSI, and IC approvals.

Features & Benefits

  • Displays data from up to 12 WTS wireless transmitters
  • Real-time monitoring of load, pressure, torque, strain and more
  • Rugged, IP67-rated handheld with tactile grip design
  • Wireless range up to 800 m (2,600 ft) line of sight
  • Roaming mode: automatically detects nearby transmitters
  • Configurable inputs with overload alerts and calibrated units
  • Easy setup via on-screen menu or free WTS Toolkit
  • Customizable interface with password protection for advanced users
  • Firmware upgradeable for future features and maths functions
  • Powered by 2 x AA batteries or permanent supply for fixed use
  • Fully compatible and backwards compatible with all WTS systems

Accessories

  • USB Right Angle Cable 1M
  • Screw Mounting Kit with Articulating Arm
  • Suction Mounting Kit with Articulating Arm

System Level Calibration

Interface strongly recommends requesting a system-level calibration when purchasing a force measurement sensor with instrumentation. This final step ensures the sensor and instrumentation are properly calibrated and functioning together before leaving Interface.