TAS621 Low Profit Ring Hollow Force Sensor
INTRODUCTION:
HT SENSOR / TAS621 / Low Profit Ring Hollow Force Sensor
Product description:
Capacity ：50kg~3000kg
Stainless Steel
High stability
Widely used in bolt monitoring, washer bolt preload force sensor of various equipment, suitable for bolt tightening force detection, extrusion, assembly, tank, material mechanics testing machine and other fields.
The LCD804 low-profile disc load cell, 2-ton force sensor, and 3-ton disc force sensor are constructed of aluminum steel with an IP65 protection rating. Their weighing capacities range from 0.2 to 3 tons.
The LCD841 compression tensile force sensor is constructed of alloy steel with IP65 protection. Its weighing capacity ranges from 5 kg to 500 kg.
- Capacity: 0-50T
- Sensitivity: 2.0±0.05mV/V
- Non-linearity 0.05% F.S.
- Repeatability 0.03% F.S.
- Material Alloy steel with nickel plated
- Bi-directional tension and compression
- Can be customized
- Capacity: 50-500T
- Sensitivity: 2.0±0.05mV/V
- Non-linearity 0.05% F.S.
- Repeatability 0.03% F.S.
- Material Alloy steel with nickel plated
- Bi-directional tension and compression
- Can be customized
The ZMME-S is a series of miniature force transducers designed for applications in general test and measurement as well as machine monitoring and control. The threaded construction enables the ZMME-S to be easily assembled into equipment under test where both tension and compression forces require monitoring.
Features:
Capacity 10kg-500kg
In-line threaded
Micro size
Stainless steel construction
Optional features:
Optional output(4-20mA, 0-5V)
The ZMLB is spoke type load cell designed for both tension and compression force measurement. Nickel plated alloy steel can make protection class achieve IP67. The shear beam structure gives load cell high performance of linearity. Zhimin offers ODM&OEM service.
Features:
Capacity 200kg-60t
High accuracy
Low profile
Nickel plated alloy steel IP67
Optional features:
Hermetically sealed available
The S beam load cell provides good restraint to possible movement of the automation and in many cases. The small size gives excellent performance for high capacity loading. The output is rationalized to facilitate multiple-cell application. ZMSA is contructed of stainless steel and is potted to IP67 providing excellent protection against moisture and humidity.
Features:
Capacity 1kg-100kg
Both tension and compression
Rational outputs
Stainless steel
Optional features:
Hermetically sealed available
LCT Miniature compression load cells are made of LCT’s advanced strain gauge technology.These load cells are designed for applications in a space limited area.
The capacities of LAA-ADA-A current is 3kg.The measuring accuracy is 1%R.O.(R.O.=Rated Output).) Manufactured from high quality aluminum alloy of aviation standard.
LAA-ADA-A load cells are mainly used for flat mounting weighing systems and force measuring in a narrow space.
The LCD800 is a low-profile disk load cell made of alloy steel with a nickel-plated surface. An optional stainless steel version is also available.
With a protection rating of IP66/IP68, it can be used in corrosive environments or areas requiring water cleaning.
It can be used independently with a transmitter, and with appropriate mounting accessories, multiple units can be connected to a tank. These accessories are designed to withstand both eccentric and reverse loads effectively.
Made of alloy steel, this model is sealed with adhesive and nickel-plated, offering excellent waterproof and corrosion resistance with an IP66 protection rating.
The LCD801 is a low-profile, disc-type plate load cell with capacities ranging from 0.1t to 5t. Crafted from alloy steel with a nickel-plated surface, the LCD801 offers selectable analog outputs of millivolts or 4-20mA. The built-in circuit board digitalizes the chip, increasing the flexibility of the built-in sensor. The transmitter component costs are reduced, and calibration-free operation eliminates difficult field calibration issues. It is ideal for force measurement and material level control.