Archive for November, 2009

Force Measurement Sonsors

Wednesday, November 25th, 2009

Force sensors have high precision & stability, creep compensation, temperature compensation.

Force Sensors Features:
1. Type: single-ended and double-ended shear beam load cell, stype load cell, spoke type load cell.
2. Material: alloy steel or stainless steel.
3. Surface: nickel plated treatment.
4. Protection: IP65, IP67, IP68.
5. Application: hook scales, hanging scales, hopper scales, truck scales, vehicle scales,
other electronic weighing devices etc.

Force Measurement Sonsors

Within our extensive range of load cells you will find almost every operating range and output signal you need to complete your compression, tension and impact measurements. Through leading piezoresistive technology, FGP Sensors load cells stand for high performance and reliability for use over a wide range of environmental conditions.
Universal, industrially rugged, highly reliable load cells

These units fit a wide variety of test and measurement purposes over an extensive range of force: 1 N to 10 000 kN, in both compression and/or tension. To suit your mounting and operating conditions we offer standard load cells in many different shapes, and sizes along with various output options.

Overload protected load cells

Integral mechanical stops increase the overload capacity of these load cells, in both tension and compression (depending on model). Especially useful while measuring small loads, they are capable of safely accommodating loads up to 100 times their rated capacity and offering overload protection during mounting and operation.

 
Rugged load cells in a small packaging
The miniature load cells are offered for applications where space is limited. Our comprehensive product line of rugged and precise sensors covers applications for compression and/or tension measurements in ranges from 2 N to 10 kN.
 Dedicated press-fit, compression only load cells

Parts counting scale

Monday, November 16th, 2009

Counting parts by weight is an efficient means of determining inventory levels. Any item that is consistent in weight may be counted by a parts counting scale. These items can include standard industrial hardware, such as fasteners, washers and clips. Electronic devices are another perfect item to count by weight.

Bufferring Scale

A good parts counting scale must have two primary features. It must have enough capacity to accept the full containers of parts. And it must be sensitive enough to accurately determine the weight of just a few sample parts. These two characteristics are often mutually exclusive. As a rule, the higher the capacity of the scale, the lower the sensitivity.

The accuracy of the weight of the sample parts is the largest factor in determining the accuracy of the parts counting results. As the samples may only represent one percent of the capacity of the scale, or even less, the scale sensitivity should be one hundred times greater than that. Very few industrial scales can meet this requirement. But the precision scales offered by Arlyn Scales in their SAW family provide sensitivity of greater than one part in one hundred thousand. For example, a SAW counting scale with a capacity of 100 lb has a display sensitivity of 0.01 lb with even greater internal sensitivity. This is twenty times higher than the readability of standard strain gage industrial scales. For counting small pieces, this will result in an accuracy level that is twenty times greater.

Often, high sensitivity and accuracy indicates that the precision scale may be delicate, and prone to damage during use. The SAW ultra precision scales provide overload capacity of more than four times the rated capacity of the scale. Most other industrial scales only offer an overload specification of one and a half times rated capacity. Therefore, the precision scale does not need any kind of special handling to produce very accurate results.

Ningbo G-Shine electronic Co., Ltd sitemap link
manufacturer and supplier of advanced China Load Cell, weighing scale,Compression Load Cell,Single point Load Cell.

Stainless Steel Compression Canister Sensor

Friday, November 6th, 2009


Dimension: in mm

Capacity :2.5T
OIML R60 C3 Class
High quality and reliable capability
Application :Elevator

Stainless Steel Compression Canister Sensor

 1. Capacities: 15T, 20T, 25T, 30T, 40T, 50T, 60T
2. Rated output: 2.00 mV/V ± 1% 
3. Safe overload: 150% FS
4. Excitation Voltage: 10V AC/DC (15V Max)
5. Bridge resistance: 700 ohms
6. Zero Balance: ±1.00% FS  
7. Seal Type: Hermetically Sealed, IP67
8. Non-Linearity: ±0.02% FS
9. Hysteresis: ±0.02% FS
10. Compensated Temperature Range: -10 ~+40
11. Temperature Effect on Zero: ±0.02%FS/
12. Temperature Effect on Output: ±0.02%FS/
13. Insulation Resistance: 5000 MEGOHMS
14. Load Cell Cable: 50 Braided Shield, 4 conductor