Parker IPD12322110 Particle Monitor

Description

Parker IPD12322110 Particle Monitor

**Product Description**
The Parker IPD12322110 is a highly compact, permanently mounted laser detection particle monitor designed for continuous monitoring of contamination and solid particulate levels in hydraulic fluid systems. Utilizing advanced laser detection technology, the device provides highly accurate readings of fluid cleanliness levels, helping users maintain optimal fluid condition and prevent damage to critical system components.

**Technical Specifications**
– Port Type: Deutsch DT Series, M16 x 2 hydraulic test points
– Signal Output: 4 to 20 mA, RS232 communication interface
– Indicator Type: Digital (LCD)
– Housing Material: ABS
– Fluid Compatibility: Phosphate Ester
– Product Type: Condition Monitor, Particle Detector/Counter
– Operating Pressure: 30 to 6000 psi (2 to 420 bar)
– Flow Rate: 60 L/min
– Operating Temperature: 5 to 60°C (41 to 140°F)
– Sensing Method: Laser
– Accuracy: ±1 ISO code
– Electrical Requirements: 9 to 40 VDC
– Cycle Time: 4 to 20 seconds
– Certifications: CE, IP66 rated
– Materials of Construction: ABS housing, brass body, EPDM seals
– Dimensions: 155 mm (H) x 182 mm (L) x 85 mm (W)
– Weight: 1.3 kg

**Key Features**
– Continuous monitoring of contamination and solid particulate levels
– Laser detection technology for high-precision readings
– 4 to 20 mA signal output and RS232 communication interface
– Limit alarm relay for timely notification of contamination changes
– Compact, rugged design for easy installation in various applications
– Compatible with phosphate ester-based hydraulic fluids
– CE certified and IP66 rated for use in harsh industrial environments

**Applications**
The Parker IPD12322110 particle monitor is well-suited for a wide range of industrial applications, including:
– Construction machinery
– Industrial plant equipment
– Test rigs
– Other hydraulic systems

By providing real-time monitoring of fluid cleanliness, the IPD12322110 helps users maintain optimal system performance, reduce maintenance costs, and prevent costly breakdowns caused by contamination.