1.ISO9950:1995 lab test equipment
2.Years experience
3.LCD touch screen
4.Water/oil based
5.Tensi method cooling standard
China lab test equipment for industrial quenching oil and water
1. Patent number:ZL 2008 2 0069148.0
2. Using portable achieved bath of dynamic measurement and control
3. Direct determination of medium cooling rate, with existing traditional indirect method than the more accurately determine the medium, the cooling performance
4. Meet the national standards, facilitate to international advanced technology integration
Principle
This detector according to international standards ISO9950:1995 manufacturing, adopt inside pack thermocouple nickel alloy probe testing medium performance cooling curve experimental method. Will probe heated to specified temperature (usually for 850 degrees), insert the waiting media cooling, through the internal microcomputer system records probe temperature on time and the cooling speed changes with temperature, and the internal four-color drawing printer will test results drawn by cooling process curve (temperature/time) and cooling characteristic curve (temperature/cold speed).
Technical parameters
Probe | Furnace | Measurement record device | ||||
Probe ontology size | Φ12.5× 60mm | Furnace type | Vertical tubular furnace | Sampling speed | Max1000 times/S | |
Heating temperature | <900°C | Measurable max cold speed | 2000°C/S | |||
Probe length | 600mm | Heating time | <10min | LCD touch screen size | 8 feet | |
Temperature-control accuracy | ±1°C | |||||
power supply | AC220V 50Hz,50W | |||||
Probe thermocouple | 1.5 WRNK | power supply | AC220V,50Hz 1000W | |||
Outline dimensions | 310×210×320mm | Outline dimensions | 290×250×130mm | |||
For heat treatment plant
1.Experimental determination of the production parts with a certain kind of liquid cooling groove maximum cold speed minimum and maximum of 300 °C cold speed, as bath monitoring criteria;
2.Cooling bath site regularly detection
3.Judge cooling bath should replace or to preparation
4.Detection cooling bath different parts and stir intensity under different cooling characteristics and to optimize the cooling process and equipment
5.Quenching quality accident (quenching cracks, deformation, not quench) analysis
6.Cooling medium restocked acceptance.
For cooling medium production unit
1.Analysis medium composition and characteristics of the relationship, determine the cooling medium composition, Develop new products
2.Product quality monitoring
With RS232C to connect to the another computer,and KHR quench curve for Windows computer program for presentation analysis and storage
