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Poseidon Systems Wear Debris Sensors

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MOQ : 1 Unit

Poseidon Systems Wear Debris Sensors Specification

Power Consumption
< 3.5W

IP Rating
IP67

Application
Gearbox monitoring, Wind turbines, Industrial lubrication systems, Off-road vehicles, Mining equipment

Sensor Type
Inductive Particle Detection Sensor

Signal Type
Digital/Analog

Wireless
No

Cable Length
5 meters (standard, extendable)

Sensitivity
Detects particles as small as 10 microns

Operating Temperature
-40C to +85C

Mounting Type
Threaded or Flange (Customizable)

Features
Real-time wear detection, Predictive maintenance, Rugged construction, High particle sensitivity

Response Time
< 1 second

Measurement Range
10 to 1000 microns (particle size)

Interface
RS-485, 4-20mA analog, Modbus RTU

Product Type
Debris Sensors

Material
Metal

Input
24V DC

Output
Analog and Digital (Modbus, 4-20mA)

Function
Manual

Usage
Commercial

Accuracy
5 microns for particle count

Resolution
Up to 1 micron

Voltage
24V DC (nominal), max 28V DC

Weight
Approx. 350g

Warranty
Yes

Environmental Resistance
Shock and vibration resistant, Corrosion resistant

Connector Type
M12, 4-pin

Alarm Output
Programmable relay/alarm outputs

Compliance
CE, RoHS

Data Logging
Onboard event logging and remote access capability

Enclosure Material
Heavy-duty Stainless Steel and Polycarbonate

Poseidon Systems Wear Debris Sensors Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
50 Units Per Month

Delivery Time
7 - 10 Days

Main Domestic Market
All India

About Poseidon Systems Wear Debris Sensors

Discover the exclusive Poseidon Systems Wear Debris Sensors-an astonishing blend of classic durability and masterful engineering. Engineered for cost-effective, long-term reliability, these sensors offer the best price-to-performance ratio in the market. Featuring M12, 4-pin connectors and robust data logging with remote access, they excel in heavy industrial environments. Their construction, with heavy-duty stainless steel and polycarbonate, ensures corrosion, shock, and vibration resistance. CE and RoHS compliant, these sensors support both analog and digital outputs for seamless predictive maintenance. Ideal for commercial applications requiring precision monitoring.

Versatile Application Areas and Specific Usage

Poseidon Systems Wear Debris Sensors shine across a wide spectrum of industries, including wind turbines, mining equipment, gearbox monitoring, and industrial lubrication systems. Developed for application in both on-road and off-road vehicles, these sensors are masterful at detecting wear in commercial and industrial settings. Their primary media include oils and lubricants, ensuring reliable usage in critical machinery, guaranteeing optimized performance and minimized operational downtime.

Sample Policy and Export Capability

Our premium sample policy is designed to provide fast access to Poseidon Systems Wear Debris Sensors; samples are available with a nominal charge and can be dispatched quickly. We serve the global market, focusing on exports from India to industries worldwide. Boasting high supply ability, we accommodate the needs of diverse distributors, suppliers, and traders, ensuring consistent availability and swift delivery for your commercial requirements.

FAQ's of Poseidon Systems Wear Debris Sensors:

Q: How does the Poseidon Systems Wear Debris Sensor enhance equipment maintenance?

A: The sensor provides real-time detection of wear particles as small as 10 microns, enabling predictive maintenance and immediate alerts, thereby minimizing downtime and reducing maintenance costs for heavy machinery.

Q: What application areas are best suited for these sensors?

A: These sensors are ideal for monitoring gearboxes, wind turbines, mining equipment, off-road vehicles, and industrial lubrication systems, delivering high sensitivity and robust performance in harsh commercial environments.

Q: Where can the sensor be mounted in an industrial system?

A: The sensor features customizable mounting options, including both threaded and flange mounts, making it suitable for integration in a wide range of systems and machinery, adapting to your specific installation requirements.

Q: What process does the sensor use to detect wear debris?

A: Utilizing inductive particle detection technology, the sensor measures metallic particles within the size range of 10 to 1000 microns, offering high accuracy (5 microns) and a swift response time of less than one second.

Q: When should the sensor's event data be accessed or logged?

A: Event data can be accessed remotely at any time, thanks to onboard event logging and remote access capability, facilitating proactive equipment condition monitoring and record-keeping without interrupting operations.

Q: What are the benefits of the sensor's rugged construction?

A: With a heavy-duty stainless steel and polycarbonate enclosure, IP67 rating, and resistance to vibration, shock, and corrosion, the sensor endures demanding environments, ensuring reliable and long-term operation.

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