Compression
Loadcells for weighing systems and force measurement. Most compression loadcells have self-aligning capabilities. Hollow compression loadcells can be used to measure tension in a rod passing through them.
-
FX1901
- Compression load cell
- 10-100 lbf range
- 100mV output
- -40° to 85°C range
- Compact coin cell
FX1901
The FX1901 units are intended for OEM use in laboratory, hospital or consumer product applications, establishing a breakthrough price/performance value for compression load cells. The FX1901 is a 1% load cell device.
-
FS20
- Low force load cell
- 550g and 1500g range
- 1V to 4V output
- 0° to 70°C range
- Industry standard
FS20
The FS20 is a low compression force sensor that creates new markets previously unrealizable due to cost and performance constraints. The FS20 offers normalized zero and span for interchangeability and is thermally compensated for changes in zero and span with respect to temperature.
-
FC22
- Compression load cell
- 10-100 lbf range
- mV or amplified output
- -40° to 85°C range
- Plastic housing
FC22
The FC22 is a medium compression force sensor that creates new markets previously unrealizable due to cost and performance constraints. The FC22 offers normalized zero and span for interchangeability and is thermally compensated for changes in zero and span with respect to temperature.
-
FC23
- Compression load cell
- 50 to 2000 lbf range
- 100mV output
- -40° to 85°C range
- Stainless steel housing
FC23
The FC23 is a high compression force sensor that creates new markets previously unrealizable due to cost and performance constraints. The FC23 offers normalized zero and span for interchangeability and is thermally compensated for changes in zero and span with respect to temperature.
-
XFC200R
- Compression load cell
- 0-2N to 0-10KN range
- mV output
- -40° to 120°C range
- High overload
XFC200R
The miniature size and light weight of the XFC200R facilitates testing where these conditions are necessary. Unlike sensors with flat force application surfaces, the XFC200R incorporates a spherical load button resulting in more precise measurements. Its high stiffness, for the size and measurement ranges, allows measurements in dynamic applications. A strain relief spring strengthens the cable output. The sensing element is fitted with a fully temperature compensated Wheatstone bridge equipped with high stability micro-machined silicon strain gauges.
-
XFL212R
- Compression load cell
- 0-5N to 0-500N range
- mV output
- -40° to 120°C range
- 3.5mm depth and 12mm diameter
XFL212R
The XFL212R series is an extraordinarily thin miniature load cell with a temperature compensation module integrated into the output cable. The XFL212R measures strain during compression in static and dynamic applications. Unlike sensors with flat force application surfaces, the XFL212R incorporates a spherical load button, which assures more precise loading and in return more accurate measurements.
-
XFL225D
- Compression load cell
- 0-10N to 0-5KN range
- mV output
- -40° to 120°C range
- Miniature load washer design
XFL225D
The XFL225D series is a very flat miniature load cell with a temperature compensation module integrated into the output cable. This design allows extremely small sensors to be manufactured without sacrificing thermal zero and sensitivity performance. The sensing element is fitted with a fully temperature compensated Wheatstone bridge equipped with high stability micro-machined silicon strain gauges.
-
XFTC300
- Tension & compression
- 0-2N to 0-2KN range
- mV or amplified output
- -40° to 120°C range
- Heavy duty, miniature
XFTC300
The XFTC300 series has been specifically developed to measure tension and/or compression in static and dynamic applications. The miniature size and light weight facilitate testing where these conditions are necessary. The sensing element is fitted with a fully temperature compensated Wheatstone bridge equipped with high stability micro-machined silicon strain gauges. The use of silicon strain gauges optimizes the load cell’s performance at low ranges and frequencies. For sensors with a range of between 2 and 2KN, a high-level output model is available. With two male threads, the XFTC300 is easily installed in industrial or OEM applications. A strain relief spring strengthens the cable output.
-
FN3002
- Tension or compression
- 10KN to 2000KN
- mV or amplified output
- -20° to 80°C range
- High IP protection
FN3002
The FN3002 is suitable for measuring cable tension and for use in test benches and in many industrial applications. The FN3002 with its compact dimensions measures tension and compression in standard ranges from 10 KN to 2,000 KN [2 to 400 klbf]. Numerous options are available for adaptation to severe environments, for example IP67 or IP68 protection.
-
FN2420
- Compression load cell
- 20-5000 KN range
- mV or amplified output
- -20° to 80°C range
- Very high stiffness
FN2420
The FN2420 is a high accuracy compression load cell often used in applications involving calibration presses. It comes with many options, including a concave loading fixture and an integrated amplifier for high level output. The FN2420's design and optional concave loading fixture minimizes transverse effects. Constructed in stainless steel, the sensor is suitable for use in many hostile environments and can be customized for increased protection.
-
FN1010
- Load pin design
- 10 to 2000 KN
- mV or amplified output
- -20° to 80°C range
- Bidirectional version
FN1010
Model FN1010 is designed to fit in the place of the regular mounting unit. The implantation is facilitated by the possibility of modifying a certain number of dimensions. The FN1010 is suitable for numerous applications on lifting motors and handling equipment. The load pins can be used to measure forces on rotating components (pulleys, sheaves, etc.) and can be directly mounted on shackle.
-
FN3030
- Tension or compression
- 50 to 100KN range
- mV or amplified output
- -20° to 80°C range
- S beam load cell
FN3030
The FN3030 is well suited for customization in industrial applications and protection levels can be upgraded for use in hostile environments.
-
FN3060
- Tension & compression
- 250 to 2500N range
- mV or amplified output
- -20° to 80°C range
- 0.1% F.S. accuracy
FN3060
The FN3060 S-beam load cell is highly suited for use in test benches and fatigue tests. Due to the mechanical design, the FN3060 is especially durable. It measures tension and compression in standard ranges from 0-250 to 0-2500 N [50 to 500 lbf].
-
FN3280
- Tension and compression
- 1 to 5N range
- mV output
- -20° to 80°C temp range
- Mechanical overstops
FN3280
The FN3280 S-beam load cell is designed to measure low force and has standard ranges of 1 to 5 N[0.2 to 1 lbf]. Integrated mechanical stops protect against accidental overloads up to 100 times F.S. The FN3280 provides a combination of economy and performance, this low cost load cell has an accuracy of 0.1% F.S.
-
FN3148
- Tension & compression
- 10-2000N range
- mV or amplified output
- -20 to 80°C range
- High accuracy
FN3148
The FN3148 high precision load cell features accuracy of 0.05% F.S. Integrated mechanical stops protect against accidental overloads in tension and compression.
-
FN7110
- Tension & compression
- 10/100N to 1KN/10KN
- mV or amplified
- -20° to 80°C range
- Double range load cell
FN7110
The FN7110 features high accuracy measurement channels in two ranges in the same load cell. The standard ratio between the ranges is 1 to 10, and standard load range combinations go from 0-10 and 0-100 N through 0-1000 and 0-10,000 N. The FN7110's percentage accuracy is the same over each range in the load cell. In practice one maintains accuracy of 0.1% over the high force range even in the first 10% of F.S.
-
FN3050
- Tension and compression
- 100 to 20KN range
- mV or amplified output
- -20° to 80°C range
- 0.1% F.S. accuracy
FN3050
The rugged FN3050 load cell is highly suited for the process industry and test bench applications. Dimensions are identical in standard ranges from 0-100 to 0-20,000 N so during testing the sensor can be interchanged for another of a different range without mechanical modifications.
-
FN3000
- Heavy duty load cell
- Tension & compression
- -20° to 80°C range
- mV or amplified output
- High IP protection
FN3000
The FN3000 measures tension and compression in standard ranges from 0-10 KN to 0-1000 KN. The mechanical design and gauge placement minimizes transverse effects. Depending on the range, the FN3000 is constructed in aluminium alloy or stainless steel and is available with numerous options. It is suitable for test bench applications and used in many hostile environments and can be customized for increased protection.
-
FN3042
- Tension & compression
- 5-500KN range
- mV or amplified output
- -20° to 80°C range
- Fatigue and crash test
FN3042
The FN3042 is highly suited for use in test benches and fatigue tests. Due to the mechanical design, the FN3042 is especially durable. It measures tension and compression in standard ranges from 5 KN to 500 KN and is able to undergo more than 1,000,000 cycles of full scale with very little change in zero offset stability.
-
FN2114
- Compression
- 200N to 2.5KN range
- 1.5mV/V output
- -20° to 80°C range
- High accuracy
FN2114
The FN2114 load cell has been developed for pedal load testing. Its small size allows the sensor to be easily installed on the pedals of any vehicle or a fatigue/endurance test bench.
-
FN2570
- Compression
- 500N to 2KN range
- 2mV/V output
- -20° to 80°C range
- Pedal load cell
FN2570
The FN2570 load cell has been developed for pedal force testing. It attaches easily on all types of pedals and test rigs for endurance and fatigue tests, especially where size is an important factor. Strain is measured with high precision independent of the point of application of force. A strain relief spring strengthens the cable output.
-
T3B1
- 100kg to 5te
- Universal S-beam
- High accuracy
- General purpose
T3B1
High accuracy universal S-beam loadcell with easy installation. Excellent side-load rejection.
-
ELHS
- Tension or compression
- 2.5KN to 50KN range
- 200mV FSO
- -20° to 80°C range
- High resolution
ELHS
The ELHS load cell is a compact package able to fit into many applications where others cannot. The low noise Wheatstone bridge consists of piezoresistive strain gauges which provide 200 mV of typical full scale output. When compact design, extreme stiffness and superior resolution are required, the ELHS load cell is the sensor for your application. The ELHS is provided with either SAE or metric threads for tension and compression applications.
-
ELFF
- Tension or compression
- 10-100 lbf range
- mV or amplifed output
- -40° to 120°C range
- NIST calibration
ELFF
The ELFF unit is fully thermally compensated and will provide an essentially unlimited cycle life expectancy. The ELFF can be configured with a variety of options to fine tune the instrument to your application: select from several standard package geometries, compensated temperature ranges, input voltages, lead lengths or specify entirely unique combinations of these options.
-
ELHM
- Tension or compression
- 2.5KN to 50KN range
- 2mV/V output
- -50° to 120°C range
- High stability
ELHM
The ELHM load cell is a compact package able to fit into many applications where others cannot. When compact design and superior stability are required, the ELHM load cell is the sensor for your application.
-
ELPF
- Tension or compression
- 10-500lbf range
- mV or amplified output
- -40° to 120°C range
- IP 65 rating
ELPF
ELPF series of sensors, unlike most competitive designs, are provided with a "four-bar" design where a flexible diaphragm parallels the measuring flexure. This configuration is far less susceptible to off-axis load components than single diaphragm traditional designs. Shielded, Teflon insulated instrumentation cabling is provided along with spring steel strain reliefs and full NIST traceable calibration certificates. The ELPF unit is fully thermally compensated and will provide an essentially unlimited cycle life expectancy. The ELPF can be configured with a variety of options to fine-tune the instrument to your application: select from several standard package geometries, compensated temperature ranges, input voltages, lead lengths or specify entirely unique combinations of these options.
-
ELWF
- Through hole design
- 5 to 2000lbf range
- mV or amplified output
- -40 to 120°C range
- NIST calibration
ELWF
The ELWF series of sensors are ideal for your test and measurement applications. Shielded, Teflon insulated instrumentation cabling is provided along with full NIST traceable calibration certificates. The ELWF unit is fully thermally compensated and will provide an essentially unlimited cycle life expectancy. The ELWF can be configured with a variety of options to finetune the instrument to your application: select from several standard compensated temperature ranges, input voltages, lead lengths or specify entirely unique combinations of these options.
-
ELAF
- Button load cell
- 10-5000 lbf range
- Amplified or mV output
- -40° to 120°C range
- NIST calibration
ELAF
The ELAF series of sensors, unlike most designs, are provided with a "four-bar" design where a flexible diaphragm parallels the measuring flexure. This configuration is far less susceptible to off-axis load components than single diaphragm traditional designs. Shielded, teflon insulated instrumentation cabling is provided along with spring steel strain reliefs and full NIST traceable calibration certificates. The ELAF unit is fully thermally compensated and will provide an essentially unlimited cycle life expectancy. The ELAF can be configured with a variety of options to fine tune the instrument to your application: select from several standard package geometries. Compensated temperature ranges, input voltages, lead lengths or specify entirely unique combinations of these options.
-
FMT
- Washer load cell
- 20 to 320KN range
- mV output
- -20° to 80°C range
- Static or dynamic
FMT
Model FMT is designed to measure clamping and screwing forces. The sensor design reduces the hysteresis and sensitivity variations associated with torque generated by friction during tightening. The FMT has a high stiffness and can be used in static and dynamic applications.