This professional instrument has been specifically developed for the inspection and maintenance of the coolant systems in electric (EV) and fuel cell (FCEV) vehicles. Designed to meet the special thermal management requirements of modern drivetrains, this device provides precise measurement and reliable diagnostics for determining the conductivity of coolants. This crucial parameter is essential for guaranteeing the integrity of the cooling system and maintaining optimal temperature control, which is critical for the lifespan and performance of batteries and fuel cells.
Ez a vezetőképességmérő a legújabb technológiát ötvözi a robusztus, műhelyi használatra tervezett kivitellel, biztosítva a gyors és pontos eredményeket.
Special Application: Kifejezetten az elektromos és üzemanyagcellás járművek hűtőfolyadék vezetőképességének mérésére optimalizálva, figyelembe véve az e-mobilitásban használt speciális hűtőközegek kémiai összetételét.
Precise Diagnostics: By measuring conductivity, contaminants present in the coolant, such as ionic additives or corrosive products that can negatively affect heat transfer and system lifespan, become immediately identifiable.
Simple Operation: Intuitive user interface and fast measurement process that minimizes time spent in the workshop.
Robust Construction: Durable housing and high-quality components ensure a long service life, even with intensive, daily use.
Integration: Ideal supplement to existing cooling system testing and vacuum filling equipment.
The table below details the technical parameters of the conductivity meter, which guarantee reliable performance even in the most demanding services.
| Parameter | Spezification | Note |
|---|---|---|
| Measuring Range (Conductivity) | 0 – 2000 µS/cm (micro-Siemens/centimeter) | Extended scale for various coolants |
| Resolution | 1 µS/cm | High-precision reading |
| Measurement Accuracy | ± 2% of the measured value | Reliable and calibratable results |
| Temperature Compensation | Automatic (with NTC sensor) | Compensation for the influence of temperature during measurement |
| Operating Temperature | 0°C – 50°C | Adapted for standard workshop conditions |
| Display | High-contrast LCD display | Easy readability even in poor lighting conditions |
| Tápellátás | 9V battery (accessory) | Ensuring portable operation |
| Dimensions (L x W x H) | [Exact dimensions are not specified in the source, but assumed to be compact] | Compact and easy to store |
| Protection | [Exact IP rating is not specified] | Resistant to splashing liquids |
| Measuring probe material | Corrosion-resistant materials | Long-life sensor |
The coolants in electric vehicles and fuel cell systems often contain special inhibitors and additives that prevent corrosion and ensure optimal dielectric properties. An increase in the coolant's electrical conductivity is a direct indication that:
Depletion of Inhibitors: The protective agents have been depleted, which increases the risk of corrosion of metal components (aluminum, copper).
Contamination: Foreign substances (e.g., water, oil, or other electrolytes) have entered the system.
Impaired Heat Transfer: Fluid with inadequate conductivity reduces heat transfer efficiency, which can lead to overheating in batteries or the fuel cell, drastically reducing their service life and performance.
Regular conductivity testing with this instrument enables proactive maintenance, preventing expensive and time-consuming repairs.
This instrument is the ideal choice:
Brand Service Centers: For maintenance according to factory specifications.
Independent Workshops: For EV and FCEV repairs requiring special expertise.
Battery and Fuel Cell Manufacturers: For quality control processes.
Fleet Managers: For maintenance of a large number of electric vehicles.
For comprehensive servicing, accessory tools found in the following categories are also available:
Hűtőrendszer Ellenőrzőműszerek: Pressure testing kits and vacuum filling equipment.
E-Mobility Diagnostics: Leak testing tools for HV components and thermal management filling/testing equipment.
General Workshop Tools: Digital pressure gauges, hydraulic test kits (analog and digital), as well as general electrical test lamps and multimeters.
Coolant Tester Refractometers: For checking the quality of battery acid, coolant, windscreen washer fluid, and AdBlue.
This conductivity meter is an essential tool for any technician who wants to guarantee the reliability and efficiency of the cooling systems in electric and fuel cell vehicles. Precise measurement ensures the long-term, optimal operation of the vehicles.
