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ISO 5660 ASTM E1354 Cone Calorimeter BS 476 Cone Calorimetry Tester Analysis Instrument

Name: ISO 5660 ASTM E1354 Cone Calorimeter BS 476 Cone Calorimetry Tester Analysis Instrument
Brand: DONGGUAN LONROY EQUIPMENT CO LTD
Price: 264.00 USD
Availability: InStock

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ISO 5660 ASTM E1354 Cone Calorimeter BS 476 Cone Calorimetry Tester Analysis Instrument

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Détails sur le produit:

Lieu d'origine:	Guangdong, Chine
Nom de marque:	LONROY

Conditions de paiement et expédition:

Quantité de commande min:	1
Prix:	$28,500

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ISO 5660 ASTM E1354 Cone Calorimeter BS 476 Cone Calorimetry Tester Analysis Instrument

description de

Tension:	110 V, 220 V	Classe de protection:	Ip56
Répétabilité:	<>	Pas de changement:	≤2%/semaine
Chaîne de concentration:	0 ~ 25 %	Sortie du signal:	4-20 mA ; RS485
Précision de la mesure de l'oxygène:	<0>	Temps de réponse:	T90≤3,5S
Linéarité:	<±0,1 % d'oxygène	Dérive zéro:	≤50 x 10 en 30 minutes
Temps de traitement du signal interne:	Le taux de change	Résolution:	100×10
Température ambiante:	0 à 45 °c	Humidité relative:	< 90% (pas de condensation)
Plage de mesure du CO2:	0 ~ 10 %
Mettre en évidence:	ISO 5660 cone calorimeter tester , ASTM E1354 cone calorimetry instrument , BS 476 lab test machine

ISO 5660 ASTM E1354 Cone Calorimeter BS 476 Cone Calorimetry Tester Analysis Instrument

This advanced cone calorimeter is designed based on the oxygen consumption principle, calculating heat release rate from oxygen concentration in combustion product gas streams. It provides accurate measurement of material heat release rates during combustion, essential for predicting fire hazards and evaluating flame retardant treatments.

Compliance Standards

Complies with GB/T16172-2007, ISO 5660-1:2002, ASTM E1354, BS 476 PT.15, and NFPA 264 standards.

Applications

Used for testing smoke production, mass loss rate, gas concentrations (O₂, CO, CO₂), and heat release rate of fire-resistant and flame-retardant materials under various conditions. Ideal for quality inspection units and research institutions analyzing material combustion properties.

Key Features

Modular cabinet design with movable analysis cabinet
Integrated test body with high-performance PC and 19-inch LCD control panel
Professional Labview software with automated, user-friendly interface
Comprehensive sensor calibration modes for optimal measurement accuracy
Status check interface for real-time monitoring of all sensor components
Advanced data collection and reporting capabilities in EXCEL format
Multi-curve comparison function for material combustion characteristics analysis

System Components

Combustion Chamber: 1680×700×2410mm with conical heater, igniter, and windshield
Oxygen Analyzer: Siemens paramagnetic analyzer for precise oxygen measurement
Load Platform: Accurately records sample mass changes during combustion
Smoke Measurement: He-Ne laser system for specific extinction area determination
Ventilation System: Removes combustion products from chamber to atmosphere
Auxiliary Equipment: Includes microcomputer processor, server, and gas removal devices

Radiation Cone

Radiation Shielding Layer

Technical Specifications

Component	Specifications
Oxygen Measurement	Siemens paramagnetic analyzer Range: 0-25% \| Accuracy: <0.02% Response time: T90≤3.5S \| Output: 4-20mA; RS485
CO₂ Analyzer	NDIR non-dispersive infrared analyzer Range: 0-10% \| Accuracy: ±0.1% Response time: <3.5S \| Repeatability: <±1%
CO Analyzer	Non-dispersive infrared analyzer Range: 0-1% \| Accuracy: ±0.1% Response time: <3.5S \| Repeatability: <±1%
Smoke Density Analysis	0.5mW He-Ne laser system with photodiode detectors Halogen lamp light source (6V, 10W) Optical system maintains >95% light transmittance