Holibanna 50kg Weighing Sensor Electronic Load Cell Half-Bridge Mini Pressure Sensor for Balance and Control System Random

Customer rating 4.3 stars

Imported from USA | Ships in 10 working days

5% additional discount on UPI | Cash On Delivery available

1

₹4930 -33% ₹3300/-

The price at cart2india.com is inclusive of custom duties, GST, freight forwarding and other charges.

Free Shipping across India. Powered by BlueDart

Product Information


Specification
Brand : Holibanna
BulletPoint1 : Four sensors can be used to form a full bridge measurement with a range of four sensors: 50kg x 4 = 200kg,body scale sensor,Half-bridge Sensor
BulletPoint2 : Half-bridge weighing sensor:the sensor is a group of a half-bridge strain gauge,postal scale sensor
BulletPoint3 : Weighing pressure sensor:widely used for electronic scales and balance material scales, jewelry scales and control system,Weighing Sensor
BulletPoint4 : Widely used in: palm scale, postal scale, fishing scale, scale, human scale and other weighing equipment!,cell body weighing sensor,Scale Weighing Sensor
BulletPoint5 : Weight scales sensor:selected material, which is not easy to deform or break,Human Scale Load Sensor
Color : Multi
ExternallyAssignedProductIdentifier1 : 0755595363558
ExternallyAssignedProductIdentifier2 : 755595363558
IncludedComponents : weighing sensor
ItemName : Holibanna 50kg Weighing Sensor Electronic Load Cell Half-Bridge Mini Pressure Sensor for Balance and Control System Random
ItemPackageDimensions_Height : 0.79 inches
ItemPackageDimensions_Length : 7.09 inches
ItemPackageDimensions_Width : 5.91 inches
ItemTypeKeyword : industrial-scale-and-balance-parts
Manufacturer : Holibanna
Material1 : Plastic
Material2 : Metal
MetalType : other
ModelNumber : 30L50C005X016EI
NumberOfItems : 1
PartNumber : 30L50C005X016EI
ProductDescription : Package Include
5 x weighing sensors

Features
- Size: About 3.20X3.20X0.20cm/1.26X1.26X0.08in Human Scale Load Sensor
- Material: Plastic and metal Resistance Weighing Sensor
- Zero Output: ±0.3% mv/v Weighing Pressure Sensor
- Overload Capacity: 150% F.S Weighing Sensor
- Output Resistance: 1000 ± 10 Ω Pressure Sensor
- Capacity: 50kg Mini Sensors
- Nonlinearity: 0.05% F.S Half-bridge Sensor
- Repeatability: 0.05% F.S half-bridge weighing sensor
- Comprehensive: 0.1% F.S
- Hysteresis: 0.05% F.S
- Input Resistance: 1000 ± 10 Ω
- Insulation Resistance: ≥2000M
- Weight Scales Sensor
- The sensor is a group of a half-bridge strain gauge Scale Weighing Sensor.
- You can use multiple load sensors simultaneously to increase the capacity range body scale sensor.
- It is very easy to install and use Cell Weighing Sensor.
- Widely used for electronic scales and balance material scales, jewelry scales and control system Cell Body weighing sensor.
- Adopting material, which is lightweight and postal scale sensor.

Goods Description
Pressure Sensor Fine workmanship, it the practicality.Weighing Pressure Sensor This weighing sensor is made of , which can withstand the long-lasting use.Weight Scales Sensor Features the plastic and metal material, which has high durability, not easy to deform.Weighing Sensor It comes with simple structure, which offers you easy installation
ProductSiteLaunchDate : 2025-03-07T17:11:47.668Z
Size : 3.2X3.2X0.2CM
Style : Modern
SupplierDeclaredDgHzRegulation : not_applicable
UnitCount : 1
UnspscCode : 41111900

Questions & Answers

Have a question? Ask experts

?
No question found

Ratings & Review

Rating Breakdown (average)

5*
5
4*
8
3*
1
2*
0
1*
0

Read all 14 customer reviews

Expected a bit more for the price.

IÕd consider buying again.

Performs well under regular usage.

Will be purchasing again soon.

High quality and great value.

Everything about this is perfect.

Meets expectations, good buy.

Will definitely recommend to others.

Happy with the quality and performance.

Really liked this product, works well.

Reliable and efficient.

Extremely satisfied with the product.

Remarkably good and exceeded all expectations.

This product exceeded some of my expectations.

Have an opinion on this page? Let's hear it.