TAL110F micro type load cell
INTRODUCTION:
Micro Compression Force Sensor
D 108mm*H 44mm
Capacity: 3T
Category: Miniature Button Compression Force Sensor
Micro Compression Force Sensor
D 20mm*H 6mm
Capacity: 100,200,300,500N
Category: Miniature Button Compression Force Sensor
Product description:
Capacity ： 150~1000g
Material: aluminum-alloy
Type: Parallel beam type
Defend grade: IP65
Application : Palm scale, electronic jewelry scales and other electronic weighing devices
Micro Compression Force Sensor
D 25mm*H 18mm
Capacity: 10,20,50,100,200,500kg
Category: Miniature Button Compression Force Sensor
Product description:Feature Capacity: 5kg, 10kg Material: alloy steel Have stock all the time
Micro Compression Force Sensor
D 40mm*H 20mm
Capacity: 10,20,50,100,200,500,1000kg
Category: Miniature Button Compression Force Sensor
Micro Compression Force Sensor
D 20mm*H 5mm
Capacity: 100,200,500,1000N
Category: Miniature Button Compression Force Sensor
Product description:It is suitable for 3C digital product aging testing machine, production line force detection, automatic assembly line force monitoring, pressure testing machine and other automation fields.
Product description:Feature: Capacity:5kg~500kg Material: stainless steel IP: 67
*Manganese steel(65 Mn),surface galvanizing;
*20kg
*Half bridge, three-wire(red,black,white), four pcs in a set;
*Application:Electronic baby scale.
The range of electronic baby scales is generally 20kg, the display division value is 10g, the Minimum weight is 50g, and the power supply voltage is 3V. The core component of the electronic baby scale is the load cell, and whether the selection of the load cell is appropriate determines the quality of an electronic scale.
- Aluminum alloy
- Range: 20,30,50,100,200g
- Size: 70*9*5MM
- OEM&ODM; Customizable
- ISO9001,CE,RoHS
- Application:pocket scale and jewelry scales
- Made of manganese steel
- Size:26*26*1mm, Customized size and JST connector
- ISO9001; CE; RoHS
- Suitable for electronic balances, kitchen scales and other small weighing devices.