美国Himmelstein扭矩传感器

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Rotary Torque Sensors ---Didital Rotary Torque Sensors----Analog

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	美国Himmelstein扭矩传感器 88700v	The MCRT® 88700V Series of Dual Range Digital Torque Transducers will accurately measure low running and high load torque without the cost and inconvenience of swapping two or more conventional torque sensors. Another important application is measuring torque when the ratio of peak torque to average torque is high. In that situation, a conventional torquemeter must be oversized to avoid damage – a process which greatly reduces accuracy. Conditions that create high peak to average ratios include starting, stopping or reversing inertial loads, torsional oscillations, and diesel and single cylinder engine/compressor drives. Additionally, when peak torques are unknown, an MCRT® 88700V reduces the risk of damage from unexpected or accidental torque spikes. These Dual Range Torquemeters have high accuracy in real-world applications, not just in the cal lab. They have the industries highest Overrange ratings, which avoids clipping real-world torque peaks and driveline torsionsals. Without sufficient Overrange, clipped torques will produce large measurement errors. Each range is calibrated CW and CCW in our accredited laboratory and documented by a NVLAP approved calibration certificate certifying NIST traceability and documenting our laboratory operation and our quality management system meets ISO/IEC 17025-2005. A bi-directional rotor shunt cal berifies the entire CW and CCW data chains. It may be invoked from switches, I/O lines or your computer.
	美国Himmelstein扭矩传感器 87000v	MCRT® 87000V Torque Transducers output shaft torque with 0.01% resolution. Digital, Analog and FM formats are simultaneously available. Industries highest overload and overrange ratings assure safety and accuracy even when the driveline has high peak to average torque ratios. Important features include non-critical installation, temperature data, max/min capture and absence of manual adjustments. Range, scaling, calibration and null data are stored in rotor nonvolatile memory and transferred to the stator during startup. That assures accuracy, without re-calibration, if rotors and stators are replaced or intermixed. Bi-polar, rotor shunt cal can be enabled with stator switches, logic I/O or, via the Com Port. Choose from ten units of measure without re-calibrating. When you re-calibrate, earlier calibrations are archived. Eleven selectable Bessel data filters avoid overshoot errors and delay distortion. Multiple bridges sense torque and provide immunity to extraneous loads. The radial torque path yields short length, unsurpassed torsional stiffness and deflection resulting in the highest installed system response. The torquemeter attaches to your drive without an additional coupling. The result is low overhung moment, short length and minimal installed space. Himmelstein has made similar, radial path sensors for decades including automotive torque wheels, pulley torquemeters and chassis roll torque sensors. The sensors’ output is digitized on the rotor and then sent to the stator where analog, frequency and Com Port outputs are created. Choose RS232, RS422, or RS485 communications. Included software interfaces with your Windows-based PC. It displays real time data, does time plots and stores test results. Password protection may be invoked. Exceptional Immunity To Noise And Interference From ISM Transmitters To achieve short length, high stiffness and wide signal bandwidth, bearingless sensors use unshielded antennae. As a result, any device (including a like t
	美国Himmelstein扭矩传感器 86000v	MCRT®86000V Torque Transducers output shaft torque with 0.01% resolution. Digital, Analog and FM formats are simultaneously available. Industries highest overload and overrange ratings assure safety and accuracy even when the driveline has high peak to average torque ratios. Important features include non-critical installation, temperature data, max/min capture and absence of manual adjustments. Range, scaling, calibration and null data are stored in rotor nonvolatile memory and transferred to the stator during startup. That assures accuracy, without re-calibration, if rotors and stators are replaced or intermixed. Bi-polar, rotor shunt cal can be enabled with stator switches, logic I/O or, via the Com Port. Choose from ten units of measure without re-calibrating. When you re-calibrate, earlier calibrations are archived. Eleven selectable Bessel data filters avoid overshoot errors and delay distortion. Multiple bridges sense torque and provide immunity to extraneous loads. The radial torque path yields short length, unsurpassed torsional stiffness and deflection resulting in the highest installed system response. The torquemeter attaches to your drive without an additional coupling. The result is low overhung moment, short length and minimal installed space. Himmelstein has made similar, radial path sensors for decades including automotive torque wheels, pulley torquemeters and chassis roll torque sensors. The sensors’ output is digitized on the rotor and then sent to the stator where analog, frequency and Com Port outputs are created. Choose RS232, RS422, or RS485 communications. Included software interfaces with your Windows-based PC. It displays real time data, does time plots and stores test results. Password protection may be invoked. Exceptional Immunity To Noise And Interference From ISM Transmitters To achieve short length, high stiffness and wide signal bandwidth, bearingless sensors use unshielded antennae. As a result, any device (including a like to
	美国Himmelstein扭矩传感器 79700v	The MCRT® 79700V Series of Dual Range Digital Torque Transducers will accurately measure low running and high load torque without the cost and inconvenience of swapping two or more conventional torque sensors. Another important application is measuring torque when the ratio of peak torque to average torque is high. In that situation, a conventional torquemeter must be oversized to avoid damage – a process which greatly reduces accuracy. Conditions that create high peak to average ratios include starting, stopping or reversing inertial loads, torsional oscillations, and diesel and single cylinder engine/compressor drives. Additionally, when peak torques are unknown, an MCRT® 79700V reduces the risk of damage from unexpected or accidental torque spikes. These Dual Range Torquemeters have a LOW range that is 20% of its' HIGH range. Three simultaneous analog outputs can be individually set to 5 or 10 volts at each range full scale. Overrange is 150% to 300% and mechanical overload is 200% of the HIGH range and 1,000% of the LOW range. Digital output of torque, and speed and power with option Z, is available over the resident RS232 serial port. Included software interfaces with Windows based PC's for data display and collection as well as instrument setup. Each range is calibrated in our accredited laboratory and documented by a NVLAP approved calibration certificate certifying NIST traceability and documenting our laboratory operation and our quality management system meets ISO/IEC 17025-2005. Temperature compensation and CW and CCW dead weight load calibrations are performed on each range.
	美国Himmelstein扭矩传感器 59700v	These strain gage torquemeters measure and output shaft torque in analog and digital form. They are available in torque ranges from 40 to 735,000 lbf-in with 10X overload rating. A zero velocity speed option adds analog and digital outputs of speed and computed shaft power. Null, scaling and units of measure are stored in non-volatile memory. There are no noisy pots or switches. Thirty three units of measure are supported without requiring recalibration. Eleven user selectable Bessel filters avoid delay distortion and overshoot errors. These models incorporate new technology that hardens them to EMI generated by IGBT based adjustable speed drives. Included software interfaces Windows-based PC’s and displays and plots real time data. Use it to select 5V or 10V analog outputs, filters, scaling, units of measure and/or to control measurements.
	美国Himmelstein扭矩传感器 49700v	These strain gage torquemeters measure and output shaft torque in analog and digital form. They are available in torque ranges from 25 to 2,000,000 lbf-in with 4X overload rating. A zero velocity speed option adds analog and digital outputs of speed and computed shaft power. Null, scaling and units of measure are stored in non-volatile memory. There are no noisy pots or switches. Thirty three units of measure are supported without requiring recalibration. Eleven user selectable Bessel filters avoid delay distortion and overshoot errors. These models incorporate new technology that hardens them to EMI generated by IGBT based adjustable speed drives. Included software interfaces Windows-based PC’s and displays and plots real time data. Use it to select 5V or 10V analog outputs, filters, scaling, units of measure and/or to control measurements.
	美国Himmelstein扭矩传感器 48700v	These strain gage torquemeters measure and output shaft torque in analog and digital form. They are available in torque ranges from 25 to 4,000,000 lbf-in with 2X overload rating. A zero velocity speed option adds analog and digital outputs of speed and computed shaft power. Null, scaling and units of measure are stored in non-volatile memory. There are no noisy pots or switches. Thirty three units of measure are supported without requiring recalibration. Eleven user selectable Bessel filters avoid delay distortion and overshoot errors. These models incorporate new technology that hardens them to EMI generated by IGBT based adjustable speed drives. Included software interfaces Windows-based PC’s and displays and plots real time data. Use it to select 5V or 10V analog outputs, filters, scaling, units of measure and/or to control measurements.
	美国Himmelstein 扭矩传感器 48200v	These Compact Digital Torque Transducers have high accuracy, low noise, high overload capacity, high overrange, inherent noise tolerance and a wide temperature range. Strain gage sensing and non-contact signal transfer make them well suited for control, laboratory and production use. They are offered in two accuracy grades, Code N standard performance and Code C enhanced performance. Installation can be either floating or foot mounted with the integral mounting base. Null, scaling and units of measure are stored in non-volatile memory. There are no noisy pots or switches. Ten common units of measure are supported without requiring recalibration. Eleven user selectable Bessel filters avoid delay distortion and overshoot errors. Included software interfaces Windows-based PC's and displays and plots real time data. Use it to select ±5V or ±10V analog outputs, filters, scaling, units of measure and/or to control measurements.
	美国Himmelstein 88700v 88702V(1-3) 88704V(2-3) 88704V(5-3) 88704V(	The MCRT® 88700V Series of Dual Range Digital Torque Transducers will accurately measure low running and high load torque without the cost and inconvenience of swapping two or more conventional torque sensors. Another important application is measuring torque when the ratio of peak torque to average torque is high. In that situation, a conventional torquemeter must be oversized to avoid damage – a process which greatly reduces accuracy. Conditions that create high peak to average ratios include starting, stopping or reversing inertial loads, torsional oscillations, and diesel and single cylinder engine/compressor drives. Additionally, when peak torques are unknown, an MCRT® 88700V reduces the risk of damage from unexpected or accidental torque spikes. These Dual Range Torquemeters have high accuracy in real-world applications, not just in the cal lab. They have the industries highest Overrange ratings, which avoids clipping real-world torque peaks and driveline torsionsals. Without sufficient Overrange, clipped torques will produce large measurement errors. Each range is calibrated CW and CCW in our accredited laboratory and documented by a NVLAP approved calibration certificate certifying NIST traceability and documenting our laboratory operation and our quality management system meets ISO/IEC 17025-2005. A bi-directional rotor shunt cal berifies the entire CW and CCW data chains. It may be invoked from switches, I/O lines or your computer.
	美国Himmelatein扭矩传感器 59000v	MCRT® 59000V Series DC Operated Torquemeters have the highest safety margins in the industry. They are available in capacities from 40 lbf-in to 735,000 lbf-in with overload ratings of 10X full scale. Integral signal conditioning provides dual ±5 volt dc outputs proportional to torque. They will operate from a single power supply in the range of 10.5 to 24 volts dc (such as 12 volt batteries) These models are ideal for applications when the peak to average torque ratio is high. Examples include starting, stopping and reversing inertia loads, diesel and single cylinder engines or compressors, or if high shaft torsional vibrations are present. Available in either shaft or flanged style configurations, they feature the very high torsional stiffness. Himmelstein's unique Option G technology for noise hardening the torquemeter from EMI generated by IGBT based adjustable speed drives is standard with these models.
	美国Himmelstein 49000v	MCRT® 49000V Series DC Operated Torquemeters are available in capacities from 25 lbf-in to 2,000,000 lbf-in with overload ratings of 4X full scale. Integral signal conditioning provides dual ±5 volt dc outputs proportional to torque. They will operate from a single power supply in the range of 10.5 to 24 volts dc (such as 12 volt batterry) When installed between a driver and load, the sensor will measure static and dynamic shaft torque and speed (optional). A strain gaged stainless steel shaft senses torque and cancels bending and thrust. Robust, ferrite free rotary transformers connect the gages to noise immune carrier amplifiers. They don't generate noise or wear, are immune to magnetic fields, noise, vibration, lubricants and other hostile environments. They are available in either shaft or flanged style configurations. Shaft end torquemeters are less costly than flanged models and can be either floated or foot mounted. Flanged models are much shorter and can be used when axial space is limited or when the highest shaft stiffness is needed. Himmelstein's unique Option G technology for noise hardening the torquemeter from EMI generated by IGBT based adjustable speed drives is standard with these models
	美国Himmelstein 48000v	MCRT® 48000V Series DC Operated Torque Transducers are available in capacities from 25 lbf-in to 4,000,000 lbf-in with overload ratings of 2X full scale. Integral signal conditioning provides dual ±5 volt dc outputs proportional to torque. They will operate from a single power supply in the range of 10.5 to 24 volts dc (such as 12 volt batteries) When installed between a driver and load, the sensor will measure static and dynamic shaft torque and speed (optional). A strain gaged stainless steel shaft measures torque and cancels bending and thrust. Robust, ferrite free rotary transformers connect the gages to noise immune carrier amplifiers. They don't generate noise or wear, are immune to magnetic fields, noise, vibration, lubricants and other hostile environments. They are available in either shaft or flanged style configurations. Shaft end torque transducers are less costly than flanged models and can be either floated or foot mounted. Flanged models are much shorter and can be used when axial space is limited or when the highest shaft stiffness is needed. All models include as a standard feature Himmelstein's unique technology for noise hardening the torque transducer from EMI generated by IGBT based adjustable speed drives.
	美国Himmelstein 39000X	MCRT® 39000X Series Torque Transmitters are available in capacities from 25 lbf-in to 2,000,000 lbf-in with overload ratings of 4X full scale. Integral signal conditioning provides true 2 Wire, loop powered, 4-20 mA operation. They will operate from a single power supply in the range of 10 to 32 volts dc (including 12 volt batteries). Hardened to EMI from variable frequency drives, they have 10 times the noise immunity of earlier models. NIST traceable dead weight calibrations are performed in our NVLAP accredited laboratory, NVLAP Lab Code 200487-0. When installed between a driver and load, the torque transmitter will measure static and dynamic shaft torque and speed (optional). A strain gaged stainless steel shaft senses torque and cancels bending and thrust. Robust, ferrite free rotary transformers connect the gages to noise immune carrier amplifiers. They don't generate noise or wear, are immune to magnetic fields, noise, vibration, lubricants and other hostile environments. They are available in either shaft or flanged style configurations. Shaft end torque transmitters are less costly than flanged models and can be either floated or foot mounted. Flanged models are much shorter and can be used when axial space is limited or when the highest shaft stiffness is needed.
	美国Himmelstein 29000T	MCRT® 29000T Series torque transducers are available in capacities from 25 lbf-in to 2,000,000 lbf-in with overload ratings of 4X full scale. When installed between a driver and load, the sensor will measure static and dynamic shaft torque and speed (optional). A strain gaged stainless steel shaft senses torque and cancels bending and thrust. Robust, ferrite free rotary transformers connect the gages to noise immune carrier amplifiers. They don't generate noise or wear, are immune to magnetic fields, noise, vibration, lubricants and other hostile environments. They are available in either shaft or flanged style configurations. Shaft end torque transducers are less costly than flanged models and can be either floated or foot mounted. Flanged models are much shorter and can be used when axial space is limited or when the highest shaft stiffness is needed. Flanged models also handle large axial loads without special mounting considerations. Himmelstein's unique Option G technology that hardens the torque transducer to EMI generated by IGBT based adjustable speed drives is standard on these models. All models employ splashproof and corrosion resistant construction. These models require strain gage, AC carrier style amplifier with capable of providing 3 - 6 volts rms at 3 kHz ±10%.
	美国Himmelstein 28000T	MCRT® 28000T Series Torque Transducers are available in capacities from 25 lbf-in to 4,000,000 lbf-in with overload ratings of 2X full scale. When installed between a driver and load, the transducer will measure static and dynamic shaft torque and speed (optional). A strain gaged stainless steel shaft senses torque and cancels bending and thrust. Robust, ferrite free rotary transformers connect the gages to noise immune carrier amplifiers. They don't generate noise or wear, are immune to magnetic fields, noise, vibration, lubricants and other hostile environments. They are available in either shaft or flanged style configurations. Shaft end torque transducers are less costly than flanged models and can be either floated or foot mounted. Flanged models are much shorter and can be used when axial space is limited or when the highest shaft stiffness is needed. Himmelstein's unique Option G technology that hardens the torque transducer to EMI generated by IGBT based adjustable speed drives is available as an option. These models require strain gage, AC carrier style amplifiers capable of providing 3 - 6 volts rms at 3 kHz ±10%.

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