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ST68XFW975
start-motors
070
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Product characteristic:
1、 Working temperature range: -55 to +155°C
2、High temperatures can be used for applications such as welding robots and injection molding machines in high-temperature environments/
3、Low temperatures can be used in aircraft and space environments
4、 Resistance to vibration and impact
5、High reliability performance
6、There are no electronic or optical components, and because it is brushless, no maintenance is required
7、Capable of long-distance transmission
Application Areas and Industries
New Energy Vehicles (NEV): Motor control and position feedback.
Industrial Automation: Robots, AGVs, CNC machine tools.
Servo Systems: Closed-loop path control. Injection molding machine.
Motor Control: Driving and control.
Aerospace/Military: High reliability requirements.
Automated Warehousing: Logistics automation.
How to choose RESOLVER
Based on the functional relationship between the output voltage and the rotor angle, rotary transformers are mainly divided into the following three categories:
1. Sine or cosine rotary transformers: The functional relationship between their output voltage and rotor angle is a sine or cosine function.
2. Linear rotary transformers: The output voltage is linearly related to the rotor angle. Linear rotary transformers are further divided into salient-pole and non-salient-pole types based on their rotor structure.
3. Proportional rotary transformers: The output voltage is proportional to the rotor angle.
According to other classification methods
• By application: Rotary transformers can be divided into computational rotary transformers and data transmission rotary transformers.
• By their relative position and specific function in the angular calculation, related transformation, and signal transmission systems they constitute: Rotary transformer transmitters, resolver differential transmitters, and resolver transformers, etc.
• By structure: Rotary transformers can be divided into contact type and contactless type (with or without slip ring brushes).
• By rotor rotation angle limitation: Rotary transformers can be divided into finite angle and infinite angle types.
• By number of pole pairs: Rotary transformers can be divided into single-pole and multi-pole types.
Please contact our sales team for details regarding model naming.
info@start-motors-tech.com (Mr.Louis)
Product characteristic:
1、 Working temperature range: -55 to +155°C
2、High temperatures can be used for applications such as welding robots and injection molding machines in high-temperature environments/
3、Low temperatures can be used in aircraft and space environments
4、 Resistance to vibration and impact
5、High reliability performance
6、There are no electronic or optical components, and because it is brushless, no maintenance is required
7、Capable of long-distance transmission
Application Areas and Industries
New Energy Vehicles (NEV): Motor control and position feedback.
Industrial Automation: Robots, AGVs, CNC machine tools.
Servo Systems: Closed-loop path control. Injection molding machine.
Motor Control: Driving and control.
Aerospace/Military: High reliability requirements.
Automated Warehousing: Logistics automation.
How to choose RESOLVER
Based on the functional relationship between the output voltage and the rotor angle, rotary transformers are mainly divided into the following three categories:
1. Sine or cosine rotary transformers: The functional relationship between their output voltage and rotor angle is a sine or cosine function.
2. Linear rotary transformers: The output voltage is linearly related to the rotor angle. Linear rotary transformers are further divided into salient-pole and non-salient-pole types based on their rotor structure.
3. Proportional rotary transformers: The output voltage is proportional to the rotor angle.
According to other classification methods
• By application: Rotary transformers can be divided into computational rotary transformers and data transmission rotary transformers.
• By their relative position and specific function in the angular calculation, related transformation, and signal transmission systems they constitute: Rotary transformer transmitters, resolver differential transmitters, and resolver transformers, etc.
• By structure: Rotary transformers can be divided into contact type and contactless type (with or without slip ring brushes).
• By rotor rotation angle limitation: Rotary transformers can be divided into finite angle and infinite angle types.
• By number of pole pairs: Rotary transformers can be divided into single-pole and multi-pole types.
Please contact our sales team for details regarding model naming.
info@start-motors-tech.com (Mr.Louis)
