Wireless Load Pin Telemetry System
Wireless Load Pin Telemetry System
SKU:WIR-f057a1
Cutting-edge Wireless Load Pin System with long battery life, high accuracy, and software tools for diverse applications.
Regular price
$349.99
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$349.99
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Wireless Load Pin Telemetry System
$349.99
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Wireless Load Pin Telemetry System
$349.99
Quantity: 1
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The Wireless Load Pin Telemetry System by Strainsert offers a cutting-edge solution for scenarios where wired installation is impractical. Featuring license-free 2.4GHz telemetry with a transmission range of up to 800 meters, this system ensures long battery life, high measurement accuracy, and stability. Ideal for various applications in aerospace, industrial, automotive, construction, and energy sectors, the system includes software tools for easy configuration, calibration, datalogging, and recording. The transmitter is compatible with both standard and custom clevis pins, providing flexibility for diverse needs. Contact Strainsert Engineering for tailored system design assistance.
Product Specifications
Applications 0
AerospaceIndustrialWeighingAutomotiveConstructionEnergy
Features Benefits 0
License free 2.4GHz telemetry. Transmission range up to 800 m (2,600 ft). Long battery life. Ideal for single or multiple sensor systems. Clevis pin or Shackle Bolt with attached wireless transmitter. Transmitter is made to fit either custom or standard clevis pins. Software tools included
General Specifications Humidity
0 to 95 %RH
General Specifications Rf Channels Dsss
15 channels
General Specifications Rf Frequency Range
2.4000 - 2.4835 GHz
General Specifications Rf Transmit Power
10 mW
General Specifications Temperature Range Operating
-20 to 55 °C (-4 to 131 °F)
General Specifications Temperature Range Storage
40 to 85 °C (-40 to 185 °F)
General Specifications Wireless Data Transmission Interval
5, minimum (333 typical) msec
General Specifications Wireless Data Transmission Rate
250,000 bps
Transmitter Specifications Battery Life Expectancy 2 Aa Cells Lo
3 (Constantly on) weeks / 2 (12 sessions/day at 5 minutes per session) years
Transmitter Specifications Bridge Excitation Voltage
4.5 to 5.25 (5 typical) VDC
Transmitter Specifications Bridge Measurement
4-wire
Transmitter Specifications Bridge Resistance
85 to 5000 (350, typical) Ohms
Transmitter Specifications Bridge Sensitivity
-3 to 3 (2.5, typical) mV/V
Transmitter Specifications Internal Resolution
16 Million
Transmitter Specifications Noise Free Where Sample Time 1000ms
400,000 counts/divisions
Transmitter Specifications Noise Free Where Sample Time 100ms
150,000 counts / divisions
Transmitter Specifications Noise Free Where Sample Time 10ms
50,000 counts / divisions
Transmitter Specifications Noise Free Where Sample Time 50ms
65,000 counts / divisions
Transmitter Specifications Non Linearity Before Linearization
25, maximum (5, typical) ppm/F.R.
Transmitter Specifications Power Supply Current
65, maximum (60, typical max. with 1000 Ohm Bridge) mA
Transmitter Specifications Power Supply Ripple
50, maximum mVAC PK-to-PK
Transmitter Specifications Power Supply Voltage
2.1 to 3.6 (3, recommended) and 5 to 18 (T24-ACM on optional external power) VDC
Transmitter Specifications Stability With Temperature Gain
3 to 5 ppm/°C (1.7 to 2.8 ppm/°F)
Transmitter Specifications Stability With Temperature Offset
1 to 4 ppm/°C (0.6 to 2.2 ppm/°F)
Transmitter Specifications Stability With Time Gain
30, maximum (first year) ppm/F.R
Transmitter Specifications Stability With Time Offset
80, maximum (20, typical) ppm/F.R
Transmitter Specifications Standbylow Power Mode
20, maximum (5, typical) µA
Wireless Load Pin Diagram 0
Wireless Load Pin Diagram