Specifications:-

Usage:-Testing

Standard:-IEC 60695, UL94

Model Number:-D357

Timer:-0 ~ 99.99 s arbitrary setting

Power:-500 W

Nozzle inner diameter:-0.375 inches (9.5mm)

Spray fire mode:-Automatic electronic fire

Test Material:-Plastics

Material:-Baking finish

The volume of test chamber:-≥ 0.5 m3

Dimension:-L1200 * W600 * H1260 mm

Product Description

 Description:-

Horizontal and for plastics is suitable for testing plastic combustion behavior conform parts to spread combustion the resistance of vertical Flammability Testing Equipment plastics and their under the condition measuring the residual flame of flame combustion. The horizontal by measuring the linear combustion rate The vertical to the standard requirements of the sample is evaluated by, combustion evaluated of the samples range and dropping. The design and manufacture of combustion particles of this instrument of GB/T2408, GB13488, ISO1210 and UL94

Technical Parameters:-

Nozzle diameter: 0.375); tube length inches (about 9.5mm 100mm;

Metal mesh: square, side length 125mm steel wires with the web plate is made of 0.45 for the diameter of 0.7mm.

The is greater than or test chamber to 0.5 m3 equal volume of the.

Outer box size: L1200 * W600 * H1260 mm, baking pain high-quality material t;

Spray fire mode: automatic electronic fire.

Timer: 0 ~ 99.99 s arbitrary setting. The working power of this device is AC220V, 50HZ, and the total power is 500W.

Frequently Asked Questions:-

What is IEC 60695?

It specifies a small-scale for comparing the relative burning laboratory screening procedure behavior of vertically or specimens made from horizontally oriented plastic and another non-metallic ignition source of 50 W nominal materials, exposed to a small-flame power.

What is the vertical flame test?

Under controlled to heat and flame is measured exposure, the flame source, and laboratory conditions, material response described A above a controlled flame and exposed for test specimen is positioned vertically a specified period of time. The following is removed.

What is a flammability test?

Flammability materials ignite how measure how easily burn and how quickly they test methods they react when burned. In, horizontal to removed, and then tests observe flammability continues if the material contrast calculates the rate at which the specimen burn after the test flame is burning.

What is a flammability test for fabrics?

Flammability a material or finished or burn when determines how product wills testing ignite easily exposed to or used near fire or heat.

D357 | IEC 60695 | ul94 Horizontal and Vertical Flammability Testing Equipment For Plastics

You can also check out our more Machinery Products.

Fundamental assessment of Plastics for Fire Performance

UL 94 (Underwriters Laboratories test standard UL 94) is one of the most used flammability tests for determining comparative flammability for plastic materials. It measures the ability of sample to extinguish the flame after ignition and its dripping behavior in response to a mini flame or radiant heat source under controlled environmental conditions.

The tests results are intended to serve as a primary assessment of the material’s suitability with respect to flammability for a particular application, such as plastic materials used for parts in electronic devices and appliances.

The flammability is influenced by several factors such as:

Ignition time – time for a sample to take flames
Flame propagation – how far flame propagates
Fire resistance – how long the material can resist the flame from penetration
Rate of heat release – heat energy released per second

Ease of extinction – how rapidly the flame chemistry leads to extinction
Smoke release &
Toxic gas generation

Hence, plastic burning behavioral study is a major area of research to industry:

The behavior of the burning process in plastics
Various methods to reduce plastics flammability, and
Methods to test flammability
Main Types of Testing & Flammability Ratings to Classify Plastics

The UL standard classifies plastics according to the minimum thickness at which it stops burning when tested in a horizontal or vertical orientation.

Types of testing/flammability ratings covered in the UL 94 standard for flammability of plastic materials include:

• Vertical burning tests (V-0, V-1, V-2, 5V, 5VA, 5VB, VTM-0, VTM-1, VTM-2)
• Horizontal burning tests (HB, HBF, HF-1, HF-2)

The UL test methods are aligned with IEC 60707, IEC 60695-11- 10, IEC 60695-11-20, ISO 9772 and ISO 9773 standards used to determine fire properties.

UL 94 VTM Rating: VTM-0, VTM-1 and VTM-2 – Thin Material Vertical Burning Testing

This test method is used for thin specimen or materials that are too flexible or may distort, shrink or flex during the traditional vertical testing (failure to pass the UL 94 V test is a precondition of all VTM ratings). This test is similar to the vertical burning test except that the material is wrapped around a mandrel before clamping to the stand and the flame application is reduced. In this test, the flame is applied only for 3 seconds.

UL 94 5V Rating: 5V, 5VA, 5VB – Vertical Testing is done on both bar and plaque samples

For any Plastic material to achieve 5V classification, the test samples must not burn with flaming and/or glowing combustion for more than 60 sec after the fifth flame. Also, the test samples must not drip.

Horizontal Burning Test for Classifying Plastic material

Samples molded from the Plastic material are oriented in either a horizontal depending on the specifications of the relevant test method, and they are subjected to a defined flame ignition source for a specified period of time.

UL 94 HB Rating

A Plastic material having a thickness between 3 and 13mm will be classified as a HB Plastic material if it does not have a burning rate exceeding 40mm per minute. For Plastic material with thickness less than 3mm the burning rate should not exceed 75mm per minute. The Plastic material will also be rated as HB if it ceases to burn before the 100mm mark independent of thickness.

UL 94 HBF: HBF, HF-1 and HF-2 – Horizontal Burning Foamed Plastic material

This test grants three different types of ratings depending on burning rates and or afterflame times. A Plastic material will be classified as a HBF Plastic material if it does not have a burning rate exceeding 40mm per minute over a 100 mm span or if ceases to burn before flaming or glowing reach the 125mm mark.

D337 | UL 94 Horizontal Vertical Flame Test Machine for Plastics

Specifications:-

Warranty:-1 year

Customized support:-OEM, ODM

Volume of test chamber:-≥ 0.5 m3

Nozzle inner diameter:-0.375 inches (9.5mm)

Standard:-ISO 1210, UL 94

Model Number:-D337

Power:-Electronic, 500 W

Certification:-CSA, pock, Reach, IECEE, sock, UL, EPA, GS

Spray fire mode:-Automatic electronic fire

Timer:-0 ~ 99.99 s arbitrary setting

Test Material:-Plastics

Dimension:-L1200 * W600 * H1260 mm

Material:-Baking finish

D337  | ISO 1210 | UL 94 Horizontal Vertical Flame Test Machine for Plastics

Frequently Asked Questions:-

What is UL 94 Horizontal Vertical Flame Test Machine For Plastic?

The FTT UL 94 on plastic materials to measure Chamber tests are conducted flammability characteristics suitability for a particular application. The apparatus is, giving a preliminary indication of their supplied as a complete necessary for ease of use and system incorporating all the features safety.

What does UL 94 v0 mean?

V-0: burning stops specimen; drips of particles allowed as within 10 seconds on a vertical long as they are not inflamed. 5VB: on a vertical specimen; no drips allowed; plaque burning stops within 60 seconds specimens may develop a hole.

What is UL flammability rating?

UL 94 is a plastics the Underwriters Laboratories (USA). The standard flammability standard released by classifies plastics orientations and part thicknesses from the according to how they burn in various lowest flame-retardant to most flame-retardant in six different classifications.

D337 Horizontal Vertical Flame Test Machine for Plastics

CPR cable test equipment in Germany, reaction to Fire according to EN 50399. Buy the most in-demand technological setup among Cable manufacturers today. EN 50399 test machine. In 2016 EU parliament proposed and passed a regulation for Construction product Regulation, popularly known as CPR.
The objective is to regulate the use of construction material with higher safety awareness. Towards human, animal, ambient and entire ecosystem.
Cable manufacturers are given the flexibility to each EU country to decide its own rating by the norm. The generic rating is A, B, C, D, E & F where cables are subject to the tests and observed for

Reaction to fire .

There are basically three types of tests that are included in newly introduced norm EN-50575 & our CPR compliant cable test equipment in Germany as listed below.

1) EN-50399- Reaction to fire under control condition- This is an advanced extension to a very popular Bunched cable flame test according to IEC-60332-3. But of course, during this test, additional information like Heat release rate (HRR), Smoke release rate (SRR), Smoke density, Droplet count, burning rate, propagation rate, Gas analysis of O2, CO2 and CO etc are required to be recorded.

2) Halogen content%: – IEC-60754: – Additional instrument required.
3) Smoke density as per IEC-61034-included in this equipment.

Based on the above tests and results, Manufacturers of cables is required to mark their cable. With the appropriate category and rating of the cable such as B2Ca.
Tips: – For Cable manufacturers who design or develop new cables, it is very difficult to wait for a third party agency reports. To test the cable prototype design and then go further. It consists of several waiting time and costs causing delay in project.
Have your own CPR laboratory (our setup is also certified by third party laboratory) can help you save much money and time on development tasks.

Fire Testing Equipment in German : –

CPR-Kabelprüfeinrichtung in Deutschland, Brandverhalten nach EN 50399. Kaufen Sie heute die am meisten nachgefragte technologische Einrichtung unter den Kabelherstellern. EN 50399 Prüfmaschine. Im Jahr 2016 hat das EU-Parlament eine Verordnung zur Bauproduktverordnung, im Volksmund CPR genannt, vorgeschlagen und verabschiedet.
Ziel ist es, die Verwendung von Baumaterialien mit einem höheren Sicherheitsbewusstsein zu regeln. Gegenüber Mensch, Tier, Umgebung und dem gesamten Ökosystem.
Die Kabelhersteller erhalten die Flexibilität, dass jedes EU-Land seine eigene Bewertung nach der Norm vornehmen kann. Die generische Einstufung ist A, B, C, D, E & F, wobei die Kabel den Tests unterzogen und auf ihr Brandverhalten hin beobachtet werden.
Es gibt grundsätzlich drei Arten von Tests, die in der neu eingeführten Norm EN-50575 und unseren CPR-Kabelprüfgeräten in Deutschland enthalten sind, wie unten aufgeführt.

1) EN-50399- Brandverhalten unter Kontrollbedingungen- Dies ist eine erweiterte Erweiterung des sehr populären Bündelkabel-Flammtests nach IEC-60332-3. Aber natürlich werden bei diesem Test zusätzliche Informationen wie z.B. Wärmefreisetzungsrate (HRR), Rauchfreisetzungsrate (SRR), Rauchdichte, Tropfenanzahl, Brenngeschwindigkeit, Ausbreitungsrate, Gasanalyse von O2, CO2 und CO etc. benötigt.

2) Halogengehalt%: – IEC-60754: – Zusätzliches Gerät erforderlich.
3) Rauchdichte gemäß IEC-61034: – In diesem Gerät enthalten.

Auf der Grundlage der oben genannten Tests und Ergebnisse ist der Hersteller von Kabeln verpflichtet, sein Kabel zu kennzeichnen. Mit der entsprechenden Kategorie und Bewertung des Kabels wie z.B. B2Ca.
Tipps: – Für Kabelhersteller, die neue Kabel entwerfen oder entwickeln, ist es sehr schwierig, auf die Berichte einer Drittagentur zu warten. Um den Kabel-Prototyp-Design zu testen und dann weiter zu gehen. Es besteht aus mehreren Wartezeiten und Kosten, die eine Verzögerung des Projekts verursachen.
Ein eigenes CPR-Labor (unser Aufbau ist auch von einem Drittlabor zertifiziert) kann Ihnen helfen, viel Geld und Zeit bei den Entwicklungsaufgaben zu sparen.

Fire Testing Equipment in italiano : –

Apparecchiatura di prova per cavi RCP in Germania, reazione al fuoco secondo EN 50399. Acquistate la configurazione tecnologica più richiesta oggi tra i produttori di cavi. Macchina di prova EN 50399. Nel 2016 il parlamento dell’UE ha proposto e approvato un regolamento per la regolamentazione dei prodotti da costruzione, popolarmente noto come RCP.
L’obiettivo è quello di regolamentare l’uso di materiale da costruzione con una maggiore consapevolezza della sicurezza. Verso l’uomo, gli animali, l’ambiente e l’intero ecosistema.
Ai produttori di cavi viene data la flessibilità ad ogni paese dell’UE di decidere la propria classificazione secondo la norma. La valutazione generica è A, B, C, D, D, E & F dove i cavi sono sottoposti ai test e osservati per la Reazione al fuoco .
Ci sono fondamentalmente tre tipi di test che sono inclusi nella nuova norma EN-50575 e le nostre apparecchiature di prova dei cavi CPR in Germania, come elencato di seguito.

1) EN-50399- Reazione al fuoco in condizioni di controllo- Si tratta di un’estensione avanzata di un test di fiamma per cavi a fascio molto popolare secondo la norma IEC-60332-3. Ma naturalmente, durante questo test, è necessario registrare informazioni aggiuntive come il tasso di rilascio di calore (HRR), il tasso di rilascio di fumo (SRR), la densità del fumo, il conteggio delle gocce, la velocità di combustione, la velocità di propagazione, l’analisi dei gas di O2, CO2 e CO ecc.

2) Contenuto di alogeni % :- IEC-60754:- Strumento aggiuntivo richiesto.
3) Densità di fumo secondo IEC-61034-incluso in questa apparecchiatura.

Sulla base delle prove e dei risultati di cui sopra, i produttori di cavi sono tenuti a contrassegnare il loro cavo. Con la categoria e la classificazione appropriata del cavo come B2Ca.
Suggerimenti:- Per i produttori di cavi che progettano o sviluppano nuovi cavi, è molto difficile aspettare i rapporti di un’agenzia terza. Per testare il progetto del prototipo di cavo e poi andare oltre. Si tratta di diversi tempi di attesa e costi che causano ritardi nel progetto.
Avere il proprio laboratorio di RCP (il nostro setup è anche certificato da un laboratorio di terze parti) può aiutare a risparmiare molto denaro e tempo nelle attività di sviluppo.

Fire Testing Equipment en français:-

Equipement de test des câbles CPR en Allemagne, réaction au feu selon EN 50399. Achetez aujourd’hui l’installation technologique la plus demandée parmi les fabricants de câbles. Machine de test selon EN 50399. En 2016, le Parlement européen a proposé et adopté un règlement pour la réglementation des produits de construction, communément appelé CPR.
L’objectif est de réglementer l’utilisation des matériaux de construction avec une plus grande conscience de la sécurité. Pour l’homme, l’animal, l’environnement et l’écosystème entier.
Les fabricants de câbles se voient accorder la flexibilité nécessaire pour que chaque pays de l’UE puisse décider de son propre classement par la norme. Le classement générique est A, B, C, D, E & F où les câbles sont soumis à des tests et observés pour leur réaction au feu.
Il y a fondamentalement trois types de tests qui sont inclus dans la nouvelle norme EN-50575 et dans notre équipement de test de câbles CPR en Allemagne, comme indiqué ci-dessous.

1) EN-50399- Réaction au feu sous condition de contrôle – Il s’agit d’une extension avancée d’un test très populaire de flamme de câble en grappe selon la norme IEC-60332-3. Mais bien sûr, pendant ce test, des informations supplémentaires comme la vitesse de dégagement de la chaleur (HRR), la vitesse de dégagement de la fumée (SRR), la densité de la fumée, le nombre de gouttelettes, la vitesse de combustion, la vitesse de propagation, l’analyse des gaz O2, CO2 et CO etc. doivent être enregistrées.

2) Teneur en halogène % :- IEC-60754:- Instrument supplémentaire requis.
3) Densité de la fumée selon la norme IEC-61034 – inclus dans cet équipement.

Sur la base des tests et des résultats ci-dessus, les fabricants de câbles sont tenus de marquer leurs câbles. Avec la catégorie et le calibre appropriés du câble, comme B2Ca.
Conseils : – Pour les fabricants de câbles qui conçoivent ou développent de nouveaux câbles, il est très difficile d’attendre les rapports d’une agence tierce. Pour tester la conception du prototype de câble et ensuite aller plus loin. Il s’agit de plusieurs temps d’attente et de coûts entraînant un retard dans le projet.
Avoir votre propre laboratoire de RCP (notre installation est également certifiée par un laboratoire tiers) peut vous aider à économiser beaucoup d’argent et de temps sur les tâches de développement.

Fire Testing Equipment en español:-

Equipo de prueba de cables de RCP en Alemania, reacción al fuego según EN 50399. Compre la configuración tecnológica más demandada entre los fabricantes de cables hoy en día. Máquina de prueba EN 50399. En 2016 el parlamento de la UE propuso y aprobó un reglamento para la regulación de productos de construcción, conocido popularmente como CPR.
El objetivo es regular el uso de material de construcción con mayor conciencia de seguridad. Hacia el hombre, los animales, el medio ambiente y el ecosistema entero.
Los fabricantes de cables tienen la flexibilidad de que cada país de la UE decida su propia clasificación según la norma. La clasificación genérica es A, B, C, D, E y F, donde los cables se someten a las pruebas y se observan para la Reacción al fuego.
Hay básicamente tres tipos de pruebas que se incluyen en la recién introducida norma EN-50575 y en nuestro equipo de prueba de cables CPR en Alemania, como se indica a continuación.

1) EN-50399- Reacción al fuego bajo condición de control- Esta es una extensión avanzada de un ensayo de llama de cable en haz muy popular de acuerdo con la norma IEC-60332-3. Pero, por supuesto, durante esta prueba, se requiere registrar información adicional como la tasa de liberación de calor (HRR), la tasa de liberación de humo (SRR), la densidad del humo, el recuento de gotas, la tasa de combustión, la tasa de propagación, el análisis de gas de O2, CO2 y CO, etc.

2) Contenido de halógeno % :- IEC-60754:- Se requiere un instrumento adicional.
3) Densidad del humo según IEC-61034-incluida en este equipo.

En base a las pruebas y resultados anteriores, se requiere que los fabricantes de cables marquen su cable. Con la categoría y clasificación apropiada del cable como B2Ca.
Consejos: – Para los fabricantes de cables que diseñan o desarrollan nuevos cables, it muy difícil esperar los informes de una tercera agencia. Para probar el diseño del prototipo del cable y luego ir más allá. Consiste en varios tiempos de espera y costes que provocan retrasos en el proyecto.
Disponer de su propio laboratorio de RCP (nuestra instalación también está certificada por un laboratorio de terceros) puede ayudarle a ahorrar mucho dinero y tiempo en las tareas de desarrollo.

Fire Testing Equipment | Reaction to Fire EN 50399 Compliant – for CPR Cables IEC 60332