Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions

Product Details
Customization: Available
Type: Piezoelectric
Output Signal Type: Digital Output
Diamond Member Since 2024

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Year of Establishment
2024-11-19
Plant Area
50 square meters
  • Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions
  • Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions
  • Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions
  • Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions
  • Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions
  • Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions
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  • Overview
  • Dimension
  • Company Profile
Overview

Basic Info.

Model NO.
IMI sensor 648
Accuracy Grade
0.1G
IP Rating
IP68
Certification
CE
Customized
Customized
Transport Package
Wooden
Trademark
Highpeak
Origin
China
HS Code
9026100000
Production Capacity
100000peices/Years

Product Description

IMI sensors are at the forefront of producing an array of loop-powered vibration transmitters with a current output, perfect for the ever-evolving process industry. These sophisticated transmitters are designed for seamless integration with programmable logic controllers (PLCs), distributed control systems (DCS), or supervisory control and data acquisition (SCADA) systems. They offer relentless 24/7 monitoring of critical rotating equipment, ensuring your operations receive the timely data they need. With a current output that effortlessly connects to existing monitoring systems, these transmitters facilitate straightforward monitoring and insightful data analysis.In many industrial settings, robust systems such as PLC, DCS, or SCADA are already in place to monitor vital parameters like pressure, flow, and temperature. IMI's loop-powered 4-20mA vibration transmitters are engineered for effortless plug-and-play integration, dispensing with the need for separate power supplies. Instead, they harness a loop power supply ranging from 12-30 VDC. This design allows the process controller to adeptly convert the transmitter's current output into a voltage, ready for precise measurement. Easily integrated with existing infrastructure, these transmitters empower operators to monitor crucial equipment without incurring additional costs for expensive data acquisition systems.
Military standard connector transmitter

Model number 648A00, 648A01, 648A02

The swivel mechanism permits installation with a simple rotation, thoughtfully designed to prevent unnecessary rotation of the sensor during setup.

The horizontal joint is ingeniously crafted to mitigate the risk associated with the cable bending radius, enhancing installation safety.
Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions

This versatile transmitter offers a selection of three measurement units: vibration acceleration, velocity, or displacement, each chosen based on frequency needs. Below is a table that provides general guidelines for selecting the appropriate measurement unit across various frequency ranges.
Measurement frequency band
frequency unit of measurement
0-100 Hz displacement
100-1000 Hz speed
greater than 1000 Hz acceleration
technical specifications
model 648A00 648A01 648A02
function
range 0-10g RMS
0-98.1  m/s²
RMS
0-10g RMS
0-98.1  m/s²
RMS
0-10g RMS
0-98.1  m/s²
RMS
output 4-20 mA
Frequency Range (± 3dB) 3-1000 Hz 3-5000 Hz 3-10000 Hz
Broadband resolution 0.05g RMS
0.49  m/s²RMS
Non-linearity ±1%
environment
temperature range -40-+185F
-40-+85ºC
levels of protection IP68
Electrical parameters
driving voltage 12-30VDC
load voltage 50(Vs-12)ohms
stabilization time <15 sec
Electrical isolation >10°ohm
Physical parameters
sensor element pottery and porcelain
Sensing geometry shear
Shell material stainless steel
seal Air tight welding
Install thread 1/4-28 Male
Install torque 3-4ft-1b
4.1-5.4 Nm
Installation Moment (Hex Nut) 2-3ft-Ib
2.7-4.1 Nm
Electrical joint 2-pin MIL
weight 3.80z
108g
appendix
Model 080A162: Mounting stud 3 / 4-16 to 1 / 4-28.
Dimension


Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions
 
Company Profile
Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions
Cold Valley Intelligent Technology (Shanghai) Co., Ltd. proudly stands as a vital entity within the esteemed Hanshan (Cold Mountain) Intelligent Technology Co. This elite enterprise is unwaveringly committed to innovation and excellence, continuously pushing the boundaries of technological advancement.
(hereinafter referred to as Hanshan Intelligent Technology Co., Ltd. group) proudly initiated its journey in the dynamic hub of Shanghai in 2013. This marked the dawn of a transformative era in technological advancement, heralding new possibilities.
Our distinguished founding team, comprised of seasoned veterans from leading automation giants, brings forth an impressive amalgamation of expertise: over 20 years in the automation industry, bolstered by more than two decades in automation engineering, and a decade steeped in consulting and implementing state-of-the-art digital solutions. Our mission is sharply focused: delivering exceptional automation and digitization products and services that cater to a discerning global clientele. Strategically situated in Shanghai, China, the company shines as a beacon of technological prowess.
With a rich legacy extending over two decades in the petrochemical sector, we possess unparalleled insights into the nuanced automation and digitalization demands across the entire industry spectrum-upstream, midstream, and downstream. We offer a suite of professional-grade products and comprehensive solutions, meticulously tailored for the petroleum, chemical, electric power, biomedicine, APIs, food and beverage, liquor, metallurgy, and non-ferrous metal industries. Our commitment to excellence ensures full life-cycle service delivery.
Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions
Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions

Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety SolutionsLow Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety SolutionsLow Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety SolutionsLow Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety SolutionsLow Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions

Low Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety SolutionsLow Inertia Accelerometer Inertial Sensor for Optimal Seatbelt Safety Solutions

You may have these inquiries

How do I select the right product for my needs?
A: Upon receiving your inquiry, we provide a comprehensive technical dossier packed with all necessary insights, enabling you to verify process parameters and technical specifications pertinent to your needs. With this detailed information, we expertly guide you to the model that aligns precisely with your specific requirements.

I'm seeking a confirmed model. Can you assist in providing that?

A: Absolutely. Once you express interest in a specific model, we embark on a thorough verification process to ensure its suitability. Should there be opportunities for cost-effective enhancements, we will proactively offer optimization suggestions. Upon your approval, we will proceed with crafting a formal, tailored quotation to meet your objectives.

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