ISO 13927 EN ISO 17554 Mass Loss Calorimeter with Fire Model Compliant to ISO 56601 and Thermocouples for Accurate Heat Flux

Name: ISO 13927 EN ISO 17554 Mass Loss Calorimeter with Fire Model Compliant to ISO 56601 and Thermocouples for Accurate Heat Flux
Brand: DONGGUAN LONROY EQUIPMENT CO LTD
SKU: LR-Z107
Availability: InStock

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ISO 13927 EN ISO 17554 Mass Loss Calorimeter with Fire Model Compliant to ISO 56601 and Thermocouples for Accurate Heat Flux

Large Image : ISO 13927 EN ISO 17554 Mass Loss Calorimeter with Fire Model Compliant to ISO 56601 and Thermocouples for Accurate Heat Flux

Product Details:

Place of Origin:	Guangdong, China
Brand Name:	LONROY
Certification:	CE,ISO,ASTM,DPR,ROHS
Model Number:	LR-Z107

Payment & Shipping Terms:

Minimum Order Quantity:	1
Price:	Negotaible
Packaging Details:	Wooden package
Delivery Time:	7 work days
Payment Terms:	L/C,D/A,D/P,T/T
Supply Ability:	200

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ISO 13927 EN ISO 17554 Mass Loss Calorimeter with Fire Model Compliant to ISO 56601 and Thermocouples for Accurate Heat Flux

Description

Highlight:

ISO 13927 EN ISO 17554 Mass Loss Calorimeter

Fire model complies with ISO 56601 Heat Release Test Machine

Thermocouples for accurate heat flux Combustion Mass Loss Rate Tester

ISO 13927 EN ISO 17554 Mass Loss Calorimeter

Combustion Mass Loss Rate Tester | Calorimetry Test Device | Heat Release Test Machine

Standards & Application

Standards: EN ISO 13927; EN ISO 17554
Application: Used to evaluate the mass loss rate of products under test conditions

Product Overview

The Mass Loss Calorimeter incorporates the full fire-modeling capabilities of the Cone Calorimeter, offering a cost-effective solution for studying ignitability and mass loss. Under appropriate flue conditions, users can conduct thermal exposure studies, observing sample reactions and measuring mass changes under the same exposure conditions as the Cone Calorimeter.

A thermocouple built into the smoke exhaust duct allows for the calculation of heat release. When combined with other Cone Calorimeter components, the Mass Loss Calorimeter can function as a partial or complete Cone Calorimeter system.

Testing Methodology

The Mass Loss Calorimeter is designed to evaluate the mass loss rate of products under specific test conditions using a conical radiant heater. The mass loss rate is determined by measuring the specimen's mass and performing numerical calculations. Time to ignition (sustained flaming) is also measured during the test.

Mass loss rate can serve as an indirect indicator of the heat release rate for many products; however, for certain products with high moisture content, the correlation between mass loss rate and heat release rate is not strong. Such products require testing in accordance with ISO 56601 to accurately assess heat release.

System Components

Conical radiant heater
Thermocouples
Water-cooled ring
Heater shutter assembly
Spark igniter
Specimen holder
Load cell
Cold plate (optional)
Control unit
Flux meter
MLCCalc software
Methane calibration burner (optional)
Exhaust stack with thermopile (optional)

Key Features & Benefits

Fire model complies with ISO 56601 Cone Calorimeter specifications

Fire model constructed from stainless steel for long service life

Three control thermocouples on the conical heater maintain accurate heat flux

Special split-shutter mechanism minimizes radiant heat impact on sample support system

Lever mechanism for manual positioning of spark assembly with safe operation microswitches

Sample weight measured using strain-gauge load cell with rapid electronic tare function

Load cell enclosed in protective housing to minimize temperature fluctuation effects

Integrated control unit with power switch, ignition switch, load cell, and cone heater

Selectable weight range function (0-500g) to optimize performance

Designed for future upgrades to full cone calorimeter system

Operational Capabilities

When used under appropriate conditions, the Mass Loss Calorimeter allows users to conduct thermal exposure studies under the same precise exposure conditions as the Cone Calorimeter, while observing specimen response and measuring mass changes. An exhaust stack equipped with a thermopile can also be added to the unit. Once calibrated using a methane burner, the thermopile output can be used to quantify heat release.

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Contact Person: Kaitlyn Wang

Tel: 19376687282

Fax: 86-769-83078748

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