REXROTH 1070923890-GA1 BOSCH

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REXROTH 1070923890-GA1 BOSCH Specification

Surface Finish
Anodized

Feature
High Precision, Maintenance Free

Mounting Type
Direct Mounting

Humidity %
Max 90%

Efficiency
98%

Overheating Protection
YES

Operating Temperature
-20C to +80C

Connector Type
M12 Connector

Shape
Rectangular

Power Factor
0.95

IP Rating
IP65

Insulation Material
PVC

Product Type
Inductive Position Transducer

Application
Industrial Automation, Servo Systems

Protection Level
IP65

Frequency (MHz)
50/60 Hz

Rated Voltage
24 VDC

Energy Consumption
Low

Output Type
Analog / Digital

Color
Silver Grey

Dimension (L*W*H)
315 mm x 37 mm x 30 mm

Weight
2.8 kg

Input Voltage
24 VDC

Phase
Three Phase

Size
Standard

Connection Type
Cable, Circular Connector

No Of Poles
4

Material
High-grade Aluminum Alloy

About REXROTH 1070923890-GA1 BOSCH

Explore elite performance with the REXROTH 1070923890-GA1 BOSCH Linear Position Sensor, an incomparable solution for precision in industrial automation and servo systems. Featuring a first-rate stroke length of 250 mm and repeatability of 0.01 mm, this laureate device ensures rapid response times below 1 ms and robust output versatility (0-10V / 4-20mA). Constructed with high-grade aluminum alloy for unmatched durability, it boasts IP65 protection, superior energy efficiency (98%), and effortless direct mounting. Last chance to experience maintenance-free operation with this top-tier sensor.

Application Excellence and Competitive Advantages

The REXROTH 1070923890-GA1 BOSCH Linear Position Sensor is designed for both general and specialized industrial automation, particularly servo systems. Its high precision repeatability and fast response time offer competitive advantages for demanding applications requiring meticulous accuracy. The device excels in environments where reliability and resilience to shock and vibration are paramount, making it a trusted choice for progressive automation solutions.

Domestic Market, Certifications, and Logistics

Upon arrival in the main domestic market, the REXROTH sensor is handed over with all relevant certifications, including REACH compliance. Sample policies facilitate evaluation prior to full-scale adoption, and efficient transport services ensure rapid, secure delivery. The products robust packaging and M12 connector allow streamlined installation, making it user-friendly for industrial professionals seeking certified, reliable equipment.

FAQs of REXROTH 1070923890-GA1 BOSCH:

Q: How does the repeatability of the REXROTH 1070923890-GA1 enhance industrial automation performance?

A: With repeatability of 0.01 mm, the REXROTH sensor delivers precise positioning, ensuring consistent and accurate movement, which is crucial for high-performance industrial automation and servo systems.

Q: What is the installation process for the REXROTH 1070923890-GA1 BOSCH Linear Position Sensor?

A: Installation is straightforward with direct mounting capability, standard sizing, and M12 cable connection. Its rectangular shape and anodized finish further streamline setup in various automation setups.

Q: Where can the REXROTH 1070923890-GA1 be used for maximum benefit?

A: The sensor performs exceptionally in industrial automation and servo systems, particularly where high shock and vibration resistance, environmental compliance, and precise feedback are vital.

Q: When is it optimal to use this sensors analog/digital output types?

A: Utilize the analog output for continuous monitoring applications and the digital output for discrete control systems, both enhancing versatility across diverse industrial tasks.

Q: What protection features does the REXROTH 1070923890-GA1 offer against environmental hazards?

A: The device boasts an IP65 protection level, high dielectric strength, and robust resistance to both shock (50 g) and vibration (10 g), safeguarding its operation in challenging industrial environments.

Q: How does the sensors maintenance-free feature benefit ongoing operations?

A: Its maintenance-free design ensures long-term reliability, reducing downtime and operational costs, allowing users to focus resources on critical production tasks.

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