ip probes: test probe a...1. (auto-a ) test sphereprobe with handle 50mm...

1. (Auto-A ) Test sphere probe with handle 50mm

IEC60529,IEC61032,IEC60335,IEC61029,IEC60745,IEC60065,IEC60950.

This probe is intended to verify protection of per-sons against access to hazardous parts for an IP1 Code. Also used to verify protection from access with the back of the hand for an IP suffix A co-de.The handle is made of plastic and the ball is made of stainless steel.

Technical specifications

IP Probes: Test Probe A

Ball diameter 50mm

Baffle plate diameter 45mm

Baffle plate thickness 4mm

Handle diameter 10mm

Handle length 100mm

ISOTEST, S.L., Dirección fiscal: C/Ikea, 51 — 48940 — Leioa —Bizkaia Dirección almacenes y Laboratorios: C/Brazomar 52A, nº 7—39700—Castro-Urdiales—Cantabria Tfno.: 944803040—Fax: 944348191—email: [email protected]— web: http://www.isotest.es

Reference standard

Applications

2. (Auto-B) Jointed test finger

IEC61032,IEC60950,IEC60335,IEC60529,IEC60045,IEC60884,IEC69745-1

This is the "International"test finger required by most IEC, EN and CSA Standards, in addition to many UL Standards. Built in strict accordance to the newest requirements with integral palm simu-lator. This is the ONLY Finger Probe available with a integral jack in the handle for continuity testing - as mandated by the IEC CB Scheme. The handle is made of plastic and the finger is made of chrome plated steel. All parts precision machined.


IP Probes: Test Probe B

Reference standard

Applications

Knurled finger diameter 12mm

Knurled finger length 80mm

Baffle plate diameter 50mm

Baffle plate length 100mm

Baffle thickness 20mm

Material plastic + stainless steel

3.(Auto-C) 2.5mm Test Rod /(Auto-D) 1.0mm Test Wire

IEC61032,IEC60529,

Used to verify the protection of persons against access to hazardous parts. Also used to verify the protection against access with a tool. Meets IEC and EN Standards including IEC 529 for IP3 and suffix C codes. The handle and stop face are made of Delrin. The rod is made of stainless steel.

Technical specifications Test Probe C

IP Probes: Test Probe C and D

Reference standard

Applications

Test probe Length 100mm

Test probe Diameter 2.5mm

Dam-sphere

Diameter

35mm

Handle Diameter 10mm

Handle Length 100mm

Test probe Length 100mm

Test probe Diameter 1.0 mm

Dam-sphere

Diameter

35mm

Handle Diameter 10mm

Handle Length 100mm

Technical specifications Test Probe D

3.(Auto- 11) Rigid test probe

IEC61032 Test probe 11, IEC60065, IEC60335-1, IEC60884-1

A “rigid” version of the International Test Finger, used for force applications on openings, as requi-red by IEC61032 Test probe 11, IEC60065, IEC60035-1, IEC60884-1, EN, UL and CSA Stan-dards. Handle is made of nylon, rigid finger is ma-de of stainless steel.


IP Probes: Test Probe 11

Reference standard

Applications

Nodular Finger Length 80mm

Nodular Finger Diameter 12mm

Dam-board Diameter 50mm

Dam-board Thickness 5mm

4.(Auto- 12 ) Long test pin probe ( Auto- 13) Short test pin probe

IEC61032 Test probe12 and test probe 13, IEC60065, IEC60335-1, IEC60950

This pin is used on appliances for verifying that there is no access to hazardous live parts of heating elements which could be touched accidentally by a tool (i.e. screwdriver), Meets IEC61032 Test pro-be12,IEC60065,IEC60035-1,IEC60950 & EN re-quirements. Handle is made of nylon, tip is harde-ned steel.

Technical specifications Test Probe 12

IP Probes: Test Probe 12 and 13

Reference standard

Applications

The probe Diameter 4mm

The probe Length 50mm

Dam-board diameter 25mm

Dam-board thickness 4mm


The probe Diameter Head 3mm,tail 4mm

The probe Length 15mm

Dam-board diameter 25mm

Dam-board thickness 5mm

Jointed Children test finger (Auto- 18) (Auto-19 )

IEC 61032, Figures 12 and 13, EN71, ASTM F963

These size test fingers are to test for protection against access to hazardous parts with a human finger and / or arm. These are high precision pro-bes made in exact accordance with IEC 61032, Figures 12 and 13,EN71,ASTM F963. The child's finger is also called out in U.S. Federal Regula-tions, Title 16, Volume 2, Chapter 11, Part 1500 for consumer products.

Technical specifications Test Probe 18 and 19


Reference standard

Applications

Children Finger Probe 19 (suit for 0-36 months infant)Knurled finger diameter: φ5.6mm; Head radius:2.8mm; Knurled finger length: 44mm(Three knurls,16.7mm/knurl). Children Finger Probe 18 (suit for 37-96 months child)Knurled finger diameter: φ8.6mm; Head radius:4.3mm; Knurled finger length: 57.9mm(Three knurls,19.3mm/knurl).

Test probe 31 (Auto-31)

Reference standard: IEC61032 Figure 14 Test pro-be 31



Reference standard Test Probe 31

Rod:diameter 25mm, 80mm long, interchangeable metal or Delrin probe.


Conform to the IEC61032 Test probe32


Rod: diameter 25mm,Dam-board diameter 50mm. The handle is made of nylon, tip is made of stain-less steel.

Test probe 41/Test thorn probe (Auto-41)

IEC61032 Test probe 41





Conform to the IEC61032 Test probe 43


Bar:50mm wide, 5mm thick, 175mm long. 12.

For testing accessibility in appliances with visibly glowing heating elements. Also for testing parts supporting such elements. Complies with IEC61032 Test probe 41, EN, UL & CSA requirements. The handle is made of nylon, tip is made of stainless steel.

Applications

Test Rod Diameter 30mm

Rigid Finger length 80mm

Handle diameter 50mm

Handle length 80mm

IPX3-IPX4

BB s ensayo / según EC

Las boquillas para ensayos de impermeabilidad IPX5 e IPX6 tánas as IEC IEC IEC IEC

existen prueba y dispone de equipamientopara todos ellos.

a para un sencillo ajuste del caudal

6

intercambiables.

A

sirve a la unidad bajo test

Equipos de prueba de arco oscilante IPX3IPX4

Introducción

El equipo de prueba de tubo de oscilación IPX3 IPX4 cumple, entre otras, las normas EN60529, EN60598- 1, EN60335- 1, EN60745- 1, GB4208 y GB7000.1.

Para establecer los parámetros de control: rango de oscilación, la velocidad, y el tiempo de prueba, se utiliza un controlador con pantalla táctil. El controlador y otros componentes de funcionamiento están encerrados en un armario de acero inoxidable.

Hay diversos tubos disponibles para satisfacer los diferentes tamaños de muestra. Estos tubos están hechos de acero inoxidable y vienen con boquillas que pueden ser cerradas. Esto permite que el mismo tubo pueda ser utilizado para IPX3 IPX4 y con un simple ajuste de algunos de los inyectores.

Los tubos oscilan hasta 180° a cada lado de la vertical. El grado de oscilación se puede establecer en el controlador de pantalla táctil a uno de los tres valores preestablecidos, 90°, 120°, o 180°, o puede ser seleccionado libremente.

Se incluye también una mesa de apoyo para la muestra. Se suministra con dos bases: una para perforado según IPX4 y otra perforada para IPX3. El apoyo está hecho de acero inoxidable y montado sobre ruedas para facilitar la maniobrabilidad. Los ajustes de altura van desde 855mm 1300mm

Los tubos oscilantes son fabricados con radios desde 200 mm a 1600 mm con una progresión de 200 mm.

El equipo de prueba del arco oscilante para ensayos de IPX3 e IPX4, es uno de los métodos utilizados para la prueba de la capacidad de protección contra el agua, de los recintos para artículos electrónicos que se espera sean expuestos a la lluvia o spray de agua. Esta prueba se utiliza para satisfacer los requisitos de IPX3 IPX4 y la norma EN60529. En la prueba que se describe en IPX3 IPX4 y con un tubo oscilante, la muestra se coloca en el punto central del semicírculo definido por el tubo oscilante. A continuación se le somete a una aspersión de agua a una presión definida a prueba de fugas.

El tubo oscilante tiene inyectores a lo largo de 120° del tubo para IPX3 y sobre 180°.para IPX4. Para IPX3 el tubo oscila a 60 °.a ambos lados de la vertical (120 º), mientras para IPX4 el tubo oscila través de un ángulo de casi 360° .La muestra tiene que ser colocada dentro de 200mm del tubo. Por esta razón son precisos diferentes tamaños de tubos para probar diferentes tamaños de especímenes

Características: controlador de pantalla táctil Los tubos oscilantes son de acero inoxidable Boquillas de acero inoxidable extraíble para su limpieza o sustitución las boquillas se pueden activar o desactivar para ajustar el flujo y que el mismo

tubo sirva para IPX3 e IPX4. La unidad de suministro de agua incluye filtro de agua, de la bomba, medidor de

flujo, la válvula electromagnética y la válvula del interruptor. Hay dos caudales disponibles para cumplir con las normas principales El ángulo de oscilación del tubo se puede ajustar libremente desde 40°,a casi

360°. Mesa para las muestras de acero inoxidable con un fácil ajuste de altura.

Parámetros técnicos de equipos de prueba de arco oscilante para IPX3 IPX4:

Suministro de energía 220v 50hz o 115v 60hz

Sistema de control Pantalla táctil

Angulo de oscilación Desde 20º a 180º a ambos lados de la vertical

altura de la placa giratoria 500mm

diámetro de la mesa de apoyo 700 mm

Altura de la mesa de apoyo Ajustable desde 855 a 1300 mm

Carga máxima de la mesa de apoyo 100 Kg

Boquilla 0,4 mm (0,8 mm opcional)

Presión del agua 80…100 Kpa

CaudalBoquilla 0,4 mm: 0,07 l/min ± 5%

Boquilla 0,8 mm: 0,6 l/min ± 5%

Temporizador 1…999 minutos (Parada automática)

Radios disponibles para el tubo oscilante

200, 400, 600, 800, 1000, 1200, 1400, 1600 o personalizado

Peso 150 Kg

They are equipped with a

pressure gauge and an easy to adjust flow valve

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Description

i

0 10 10

14 6 191

2,5 or 3 Phase AC380V 50Hz,2.5KW

Application area

The Glow Wire Tester is designed to carry out fire hazard testing on electro technical products in accordance with the provisions of International standards. The control unit is supplied with all the controls and metering necessary to accurately set the temperature of the glow wire. The wire current is continuously variable by means of the panel mounted controller and is monitored by the built-in ammeter. A digital temperature indicator is fitted which, in conjunction with the thermocouple supplied, accurately measures the glow wire temperature. The electrical circuit of the control unit is fully protected by fuses and a miniature circuit breaker and incorporates mains on/off switching and push button control of the output current. Self contained cabinet with large viewing window and dark colored interior.


Glow wire tester AUTO‐ZRSA

Glow wire Ø 4mm±0.04mmNi/Cr(80/20), standard

Temperature range 500-1000°C ±2°C continuously adjustable

Thermocouple Ø0.5mm Type K (Ni/Cr - Ni/Al), armored sheath can withstand temper-ature -40~ 1100°C

Setting Time 30s±0.1s (OMRON H5CN-XAN-Z digital timer, 0-9999s, presettable)

Time when specimen STARTS burning 0-999.9 s ± 0.1 s, automatic recording, manual timeout

Time when specimen STOPS burning 0-999.9 s ± 0.1 s, automatic recording, manual timeout

Penetration depth 7mm ± 0.5 mm

Test speed 18±3mm/s

Test process automatic control, independent convulsions

Chamber >0.5m3

Size W1100mm×D700mm×H1300mm, exhaust hole Ø100mm

Control Using single chip microcomputer + touch screen control

Consult standard GB/T5169.10-2006 , IEC60695-2-10:2000,UL746A

Power Supply 800VA ,220V, 48-60Hz

Sample pressure 1N ± 0.2 N

Display panel language English

Application area

With predetermined size (Φ 0.9 mm) needle burner, in 45°angle burning product, measure the fire risk by product light-off or hold burning time. Used for lighting, low voltage electric appliance, household appliances, electric machine, motor, electric tools, electronic instrument, electrical instrument, electrical connector such as electrical and electronic equipment and parts, components of research, production and quality inspection department, also suitable for insulation materials, engineering plastics.


Needle flame AUTO‐ZYA

Standards

Our Needle Flame tester is designed and manu-facture according to IEC60695-11-5, GB/T5169.5-2008, GB4706.1-2005 and other similar international standards.

Needle burner inner hole diameter Φ 0.5mm ± 0.1mm, Diameter,9mm≤Φ, length ≥

35mm, stainless steel

Burner angle 0,°20°, 45° (adjust flame height)

Thermocouple Ø0.5mm Type K (Ni/Cr - Ni/Al), armored sheath can withstand temperature-

40°C~ 1100°C

Burning time 0-999.9 s ± 0.1 s adjustable (usually selected for 30s)

Hold Burning time 0-999.9 s ± 0.1 s, automatic recording, manual timeout

Flame Height 12mm ± 1mm (with height measurement instruments)

Flame Gas butane gas/Butane gas, min. 95% purity (can use bottled lighter gases)

Temperature Test Range 0~1000°C

Flame temperature requirements from 100 °C ± 2 °C liters to 700 °C ± 3 °C time in 23.5 seconds ± 1 seconds

Standard Copper Block 4mm±0.01mm, weight.0.58g±0.01g before drilling. Cu-ETP

Test process automatic control, independent convulsions

Chamber ≥0.5m3

Size W1100mm×D700mm×H1300mm, exhaust hole Ø100mm

Control Using single chip microcomputer + touch screen control

Consult standard GB/T5169.10-2006 , IEC60695-2-10:2000,UL746A

Power Supply 800VA ,220V, 48-60Hz

High Pendulum Impact Test Device (AUTO-JBC)

1.Product Information:

The European standard EN 62262-the equivalent of international standard IEC62262:2002,IEC60068-2-75-relates to IK ratings.This is an international numericclassification for the degrees of protection provided by enclosures for electricalEquipment against external mechanical impacts. It provides a means of specifyingThe capacity of an enclosure to protect its contents from external impacts.The IKCode was originally defined in European Standard BSEN 50102:1995 and amendedin 1998.Following its adoption as an international standard(IEC 62262) in 2002, theEuropean standard was renumbered EN 62262.

Before the advent of the IK code,a third numeral had been occasionally added toThe closely related IP Code on ingress protection, to indicate the level of impactprotection —e.g. IP66(9). Non standard use of this system was one of the factorsLeading to the development of this standard,which use saseparate two numeralCode to distinguish it from the old differing systems.The standard camein to effectIn October 1995 and conflicting national standards had to be withdrawn by April1997.

EN 62262specifiestheway enclosures should be mounted when test sare carriedout,the atmospheric conditions that should prevail,the number of impacts(5) andtheir(even)distribution,and the size, style,material, dimensions etc.of the variousTypes of hammer designed to produce the energy levels required.

2.Technical Data:

1.Pendulum:length1000mmWith 0.5kg,1.7kg,5kg,10kg hammer for 2J,5J,10J,20J ,50J impact force.

ip probes: test probe a...1. (auto-a ) test sphereprobe with handle 50mm...

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