| Attribute | Value |
|---|---|
| Product Name | REXROTH R901102778 PRESSURE SWITCH 14W47 |
| Brand | REXROTH |
| Part Number | R901102778 |
| FD | 14W47 |
| Model | HED 8 0A-20/350K14S |
| Maximum Ambient Temperature | 50°C |
| Maximum Medium Temperature | 80°C |
| Certification | E223220 |
| Voltage and Current Ratings | 250V AC 2A, 24V DC 2A |
| Maximum Pressure | PMAX = 400 BAR |
| Code | 708F |
| Type | Pressure Switch |
| PN | 5106.78.614 |
| Country of Origin | Made in Germany |
| Weight | 810 gm |
| Condition | New (1 PCS) |
| Reference Number | 43509 |
What is Special about REXROTH R901102778?
The pressure switch, designed with finesse by the industrial automation and engineering solutions provider Bosch Rexroth, delivers top-tier performance in monitoring and controlling pressure in hydraulic systems, thanks to its advanced engineering and innovative technology.
Key Features of the Pressure Switch R901102778
High durability: The switch will be built for long-lasting performance even under very demanding conditions.
Precision Monitoring: It provides accurate pressure measurements, allowing for smooth operation and increased system efficiency.
Compact Design: Its compact design allows it to fit in most hydraulic systems.
Versatile Applications: Suitable for various industries such as manufacturing, construction, and energy sectors.
Why REXROTH R901102778?
When it comes to industrial automation, reliability and performance are non-negotiable. The REXROTH R901102778 Pressure Switch offers both, ensuring:
Reduced Downtime: Reliable pressure control minimizes system failures.
Better Safety: The precise measurement prevents overpressure.
Cost-effective: The product is durable that requires replacement time to time.
Application of REXROTH R901102778
This pressure switch is utilized in many industries related to the industrial sector:
Industrial Plants: For pressure consistency in assembling lines.
Hydraulic Machines: To monitor the pressure for pressure control in equipment.
Energy Sector: Safe and efficient operation of energy systems.
