ISO 6942 En 366 Thermal Protection Radiation Performance Tester

• Customization: Available
• After-sales Service: Technical Support,Online Service
• Warranty: 1 Year
• Model NO.: GD-ISO 6942
• Standard: ISO 6942, En 366
• Thermocouple: Copper, Constantan (T); Diameter: 0.25mm
• Calorimeter: Copper Specifications: Thickness 1.6 mm
• Heat Flux Density: 10kw/M2 ~ 80 Kw/M2 Adjustable
• Temperature Sensor: Thermocouple (0 ~ 100ºC)
• Circulating Pump: Hqb-3900/100W/220V/50Hz
• Operating Platform: Windows Operating Systems
• Power: AC 220V 50Hz
• Outline Dimension: W1510*D650*H1220mm
• Transport Package: Standard Wooden Case
• Trademark: GOLD
• Origin: China
• Production Capacity: 10 Sets/Month

Product Description

Product Description

Introduction:
Thermal protection (radiation) performance tester is designed and manufactured according to the standard requirements of ISO6942 and EN366. The device fully complies with the standard's testing requirements and is recognized by European and American customers; the device has a user-friendly, intuitive, Windows-based application that provides complete thermal control, fault detection and data logging functions. RPP system configuration and burn prediction calculations are also included in ThermDAC. User-defined tests allow operators to define non-standard test conditions and custom tolerance standards. Multiple chart displays can be viewed, with zoom capabilities to see specific conditions in detail. Real-time statistics capabilities can be applied to test data during any user-selected time range. This device is used to evaluate the performance of heat- and fire-resistant protective clothing in response to thermal motion when exposed to short-duration flames. Heat with a certain heat density (80KW/m²±5%) is applied to the lower side of the sample woven from cloth and other materials constituting the protective clothing. The heat transmission rate that increases with time (time: seconds, temperature rise: °C) is measured by a calorimeter installed on the upper side of the sample to evaluate the thermal insulation performance of the material.

Standard

* EN 366

* ISO 6942

Product Parameters

Model	GD- ISO 6942
Thermocouple	Copper, Constantan (T); diameter: 0.25mm
Calorimeter	Copper Specifications: Thickness 1.6 mm; purity: 99.95%
Press Release Plate	Specification:149×149×6t mm(center:φ90mm hole)weight:264±13g
Heat flux density	10kW/m2 ~ 80 kW/m2 adjustable;
Thermal radiation temperature control	Room temperature ~ 1200ºC ± 5ºC (display accuracy of 1ºC; having PID smart regulation Controller
Thermal radiation temperature sensor	Thermocouple (0 ~ 100ºC)
Circulating pump	HQB-3900/100W/220V/50Hz
Operating platform	Windows operating systems;
Flame shield plate	Operation: manual/automatic front pulled way; Material: heat-resistant inorganic-based thermal materials
Power	AC 220V 50Hz
Outline dimension	W1510×D650×H1220mm
Weight	About 200kg

Features

1. The tester consists of a radiation device, a sample clamping device and a control system;
2. Stainless steel frame structure, beautiful, corrosion-resistant and easy to clean;
3. Sample size: 230mm x 80mm;
4. The radiation source consists of 5 infrared quartz lamp tubes with a power of 500W; providing at least 80kw/Square meter of radiant heat;
5. The standard stipulates copper plate heat flow meter; heat flow meter range 0~100kw/m2;
6. Computer intelligent control system; makes the test more intelligent; easy to operate;
7. Timer timing accuracy is 1s;
8. Constantan thermocouple: temperature measurement accuracy 0.1ºC;
9. Metal protective shutter, equipped with water cooling device;
10. The computer continuously records and displays the real-time temperature curve;
11. Automatic test operation mode, the test time can be set freely.
12. According to the ISO 6942-2002 (EN366) standard, the protective properties of materials can be tested according to two test methods.
13. The first method (Method A) is to subject the sample to a certain amount of thermal radiation, and record the appearance changes in order to reproduce the harsh conditions in which the material is exposed.
14. The second method (Method B) is to place the calorimeter on the back of the sample, conduct heat from the back of the sample, and record the temperature change trend with time to determine the level of thermal radiation transfer.

Packaging & Shipping

Packing Details	Wooden case for ISO 6942 thermal protection (radiation) performance testing apparatus
Ports	Shanghai, Guangzhou, Shenzhen, etc
Lead Time	30 Business Days

Company Profile

Our Advantages

• Quality Assurance
  We have more than 15 years' experience in designing and manufacturing these equipment, so our equipment is stable, reliable, with high quality and good reputation.
  All the products have been run well and adjusted to good condition before delivery, operator only need to follow the user manual to operate it.
• Technical Support
   Our technical team supports our customers at all time with our long experience, expert advice and the unlimited spirit to always providing the best customer service.
  You can arrange your engineer to our company to get free training. If necessary, we can also arrange our engineer to your company for training and commissioning at your cost.
• Service
  Provide professional advice and reasonable offers within 2 hours at working time, and within 12 hours at non-working time.
  One year warranty for all the products, life time technical consulting, life time provision of spare parts, free software upgrades.

Our Services
Pre-sale Service:

• Inquiry will be replied within 24 hours. 
• Welcome to visit our factory. 
• Technical datas and operation manual sent for evaluation.

After-sale Service:

• Training how to instal the machine, training how to use the machine at our factory;
• Engineers available to service machinery overseas at customers' cost.