MP Filtri Particle Counter With Printer

MP Filtri Particle Counter With Printer Specification

Operating Pressure
2 - 420 bar

Sealing Type
IP65 Protection

Accessories
Printer paper roll, Carrying case, Power adapter, Calibration certificate

Efficiency
ISO 4406 and NAS 1638 Compliant

Connectivity Type
USB, RS232 Serial Interface

Features
Inbuilt thermal printer, graphic display, USB data transfer, intuitive keypad, and internal memory

Mounting Type
Portable/Handheld

Power Source
Electric

Flow Rate
10 - 100 ml/min

Temperature Range
-10C to +60C

Application
Hydraulic oil contamination analysis and system maintenance

Body Material
Stainless Steel and ABS Plastic

Type
Portable Particle Counter

Structure
Integrated Printer Module

Force
Pump Driven

Speed
Sampling rate up to 60 ml/min

Voltage
230V AC / 50-60 Hz

MP Filtri Particle Counter With Printer Trade Information

Minimum Order Quantity
2 Pieces

Supply Ability
50 Pieces Per Week

Delivery Time
2-10 Days

About MP Filtri Particle Counter With Printer

Discover the MP Filtri Particle Counter With Printer a first-class, hot-selling solution for hydraulic oil analysis. This redoubtable instrument boasts a superior backlit LCD graphic display and integrated thermal printer for instant, clear results. Featuring 6 precise particle size channels (4/6/14/21/38/70 m), it stores up to 4000 tests with multi-language support. Crafted from stainless steel and ABS plastic, its portable (approx. 3.5 kg), robust, and IP65 protected. Enjoy instant measurement, USB connectivity, and ISO 11171 calibration. Price cut now available for this new release ideal for distribution, export, import, or professional system maintenance.

Key Advantages & Features of MP Filtri Particle Counter

The MP Filtri Particle Counter With Printer is engineered for superior fluid contamination analysis and system maintenance. Used extensively in hydraulic oil monitoring, it offers advantages like instant results, inbuilt thermal printer, and internal data logging for up to 4000 tests. Its pump-driven design and multi-fluid compatibility, along with a graphical display and intuitive keypad, make operation seamless. The lightweight, portable structure makes onsite fluid analysis remarkably efficient and accurate.

Payment Terms & Sample Policy for MP Filtri Particle Counter

For export markets, flexible payment terms are provided, including options for proposal amount settlements and express shipping to ensure timely delivery. Samples are available on request, allowing clients to evaluate the product before bulk purchase. Sample policy ensures convenience, with clear conditions regarding shipping and returns, empowering importers, distributors, and traders to assess product suitability firsthand prior to finalizing bulk procurement.

FAQs of MP Filtri Particle Counter With Printer:

Q: How does the MP Filtri Particle Counter With Printer benefit hydraulic system maintenance?

A: It enables instant detection and measurement of contaminants in hydraulic fluids, ensuring timely maintenance and preventing costly system failures through real-time analysis and superior data accuracy.

Q: What types of fluids can be analyzed with this particle counter?

A: The device is compatible with mineral oils, synthetic hydraulic fluids, and phosphate esters, making it versatile for different industrial applications.

Q: Where can the MP Filtri Particle Counter be used?

A: It is suitable for both onsite and laboratory use, thanks to its portable design and robust IP65 protection, making it ideal for field engineers and maintenance teams.

Q: What is the process for data logging and report generation?

A: Users can store up to 4000 test results internally, print reports instantly using the integrated thermal printer, and transfer data via USB or RS232 for comprehensive documentation and analysis.

Q: When is sample availability confirmed and how is shipping managed?

A: Sample requests are processed promptly and shipped using express shipping for swift evaluation by potential buyers, ensuring rapid response and minimal delay in decision timelines.