Hti En 367 ISO9151 Protective Clothing Against Heat and Flame Test Apparatus
Delta Technology (Chongqing) Co., Ltd.- After-sales Service：Response on Customers′ Questions Within 12 Hours.
- Warranty：12 Months
- Description：En 367 ISO9151 Heat and Flame Test Apparatus
- Reference Standards：En ISO9151, En367
- Function：Determine The Heat Transmission Through Materials
- Test Object：Protective Clothing
Base Info
- Model NO.：HTI
- Application Field：Safety Protection
- Features：En 367 ISO9151 Heat and Flame Test Apparatus
- Dimension：500mm(W) * 500mm(H) * 500mm(D)
- Weight：25kg
- Gas Supply：Propane and Air Compressed Air
- Power Supply：230 Volts Nominal 10 AMPS
- Delivery Lead Time：15 Days
- Trade Term：Fob, CIF, DDU, EXW
- Payment Term：30% T,T as Deposit, The Balance Before Delivery
- Shipping Method：by Air or Express
- Transport Package：Flame Test Apparatus Packed in Veneer Case
- Specification：500mm(W) * 500mm(H) * 500mm(D)
- Trademark：Delta
- Origin：China Mainland
- HS Code：9031809090
- Production Capacity：100 Sets ISO9151 Heat&Flame Test Apparatus , Month
Description
Overview
Product Description
- Product Parameters
Features - HTI EN 367 ISO9151 Protective Clothing Against Heat and Flame Test Apparatus is designed and manufactured according to EN 367 and ISO9151 standards.
- It consists of the burner, the cover sheet and the specimen holder with copper calorimeter.
- The cover sheet and the specimen holder are controlled via pneumatic transmission which is automatically controlled by software.
- A horizontally oriented test specimen subjected to an incident heat flux of 80KW/m2 from the flame of a Meker burner beneath it.
- The heat passing through the specimen is measured by means of a small copper calorimeter on top of and contact with the specimen.
- The time to record a temperature rise of 12 or 24ºC in the calorimeter is recorded in seconds.
- The calorimeter cooling device shorten the test time.
- The mean result for the three test specimens is calculated as the HTI.
- The calibration of heat flow density of 80 kW/m2 is performed automatically by software.
