Honeywell Model AL-JP High Output Load Cell
Honeywell / Model AL-JP / High Output Load Cell
Model AL-JP is a high output load cell (30 mV/V minimum). These semiconductor strain gage load cells are engineered to measure loads from 500 lb to 2000 lb. The tension/compression Model AL-JP is designed with female threads. It provides high performance in non-linearity, hysteresis, and repeatability. Low mechanical deflection allows for better response capability.
Model 53 load cells are bonded foil strain gage transducers designed for cost efficient production and testing applications (i.e. press calibration). Engineered compression force measurements up to 50K lb., this model achieves a maximum non-linearity of 0.5 % full scale. Precision gaging techniques and a stainless steel construction provides excellent long-term stability and reliability under severe operating conditions. The Model 53 compression-only load cell has an integral load button machined as part of the load cell. The Model 53 must be mounted on a smooth flat surface for proper operation. Three tapped holes are provided for mounting.
The Model RGF In-Line load cells are high quality, stainless steel rugged load cells capable of withstanding significant off-axis loads, making them an ideal choice for in-line compression measurement or tension measurement where side loading cannot be completely controlled. The flexible mounting options make applications easier to implement, and the all stainless steel, hermetic construction is well suited to corrosive and very high humidity environments.
These general purpose designs have exceptional structural capability to withstand extraneous loads, such as torque, bending moments, and side loads. Available in capacities of 25 lb to 300 lb, they offer maximum performance and enhanced accuracy. Minimum deflection and compactness make these general-purpose load cells easy to install and use.
The Model 3140-CS load cell series has been designed as a reference standard for calibration labs in automotive, aerospace, military or industrial markets. These tension/compression load cells can be used when accuracy is a high priority requirement. Some advantages of these load cells are: compact size, high accuracy and availability.
Honeywell’s Model 75 load cells are engineered for applications such as materials or product fatigue testing, which involve an extremely large number of cycles or occasional overload conditions. These fatigue rated load cells have load ranges from 50 lb to 200,000 lbs and achieve a non-linearity of 0.1% full scale. The superior design of these bonded foil, strain gage compression and/or tension load cells permits a fatigue life of 1 billion cycles (zero to full scale).
Model 75 measures tension/compression and must be used on a smooth flat surface to achieve rated specifications. The tension/compression Model 75 is designed with the threaded hole running completely through the center of the cell. Model 75 utilizes two stabilizing diaphragms, which are welded to the sensing member to reduce off-center and side-loading effects.
Model 31 low range precision miniature load cells measure both tension and compression load forces of 50 grams to 500 g. These models are our highest accuracy, rugged miniature load cells. Model 31’s welded, stainless steel construction is designed to eliminate or reduce to a minimum, the effects of off-axis loads. (The internal construction assures excellent long-term stability for ranges 1000 grams and above.) A modification permits this model to be completely welded for underwater applications. The Model 31 tension/compression load cell has male threads attachments. High accuracies of 0.15 % to 0.25 % full scale are achieved. Each bonded strain gage unit is built of welded 17-4 PH stainless steel for additional ruggedness.
Model 3632 Compression Donut Load Cell features a smooth thru-hole design for use in applications which require the load structure to pass through the cell. The hollow load cells are available for compression only loads in capacities of 25K, 50K and 100K lbs. For optimum performance, this load cell must be mounted between load surfaces which are flat and parallel.
The small-diameter, cost-efficient, fatigue-resistant load cells are designed to be used in applications that require an ability to mount in an existing system with restricted working area. They are commonly used in fluid power transfer systems. Their low cost and ease of mounting allow simultaneous testing of multi-element systems.
They may be directly attached to the piston rod of a hydraulic cylinder. Side-mounted cable connectors allow cable assemblies to be supported without affecting movement of the cell during tension or compression loading.
The compact Model MPB Load Cells are designed for applications requiring high capacity yet where space restrictions require that the cell be small in size. The Model MPB will measure compression load forces in ranges between 15,000 to 2,000,000 pounds.
Applications include impact testing and mine shaft roof simulations. The diameter of these load cells range between 1.25 in and 10 in while the height ranges between approximately 0.63 in and 14 in depending on the load range desired.
Model 34 precision miniature load cells measure both tension and compression load forces of 1000 g to 1000 lb. These models are our highest accuracy, rugged miniature load cells. Model 34’s welded, stainless steel construction is designed to eliminate or reduce to a minimum, the effects of off-axis loads. (The internal construction assures excellent long-term stability for ranges 1000 grams and above.) A modification permits this model to be completely welded for underwater applications. The Model 34 tension/compression load cell has female threads attachments. High accuracies of 0.15 % to 0.25 % full scale are achieved. Each bonded strain gage unit is built of welded 17-4 PH stainless steel for additional ruggedness. All load cells with ranges from 1 kg to 10 lb have an electrical balance module in the lead wire (approximately 1 in x .087 in thick). This balance module does not have to be the same temperature as the transducer.