However, the glowing conductor shall not
cause ignition the product involved (e.
After the test flame has been removed, the specimen must self-extin-
guish within seconds., 960°C/1760°F over sec-
onds, 850°C/1562°F over seconds) are
specified the standards.g. Furthermore, a
layer tissue paper located beneath the
specimen must not ignited glowing
particles falling from the specimen., ten seconds).
As the highest temperature the event a
fault anticipated the contact insert/wire
connection, the tip the glow-wire must act
upon the section the insulation housing
that the closest this contact point.g.wago.
In the event failure, high current may cause conductor glow.
. Nearby parts can also affected such flames.g.
The test passed there are visible
flames permanent glowing, flames or
glowing extinguish within seconds after
removal the glow-wire.g, fault current over creepage distance, overloading parts compo-
nents).com
45°
Terminalblock
Terminalblock
carrier
Lateral insulation wall
Test arrangement
Pinewood board
Tissue paper
Mount
Terminalblock
Point test
flame contact
Clampingpartin
theareaoftheclampingunit
Mount
WAGO Rail-Mount Terminal Block Systems
Technical Information
Tests and Testing Procedures per IEC/EN Standards (continued)
This test simulates flames that may arise under certain conditions (e.21
www. Furthermore, layer tissue paper located
beneath the specimen must not ignited glowing particles falling
from the specimen.
Not only the ignition the test specimen resulting from intrinsic defect tested, but also its behavior when other parts ignite.
The position the test specimen, surface to
be tested, test duration and glow-wire tem-
perature (e. The test specimen exposed standard gas
flame during defined time period (e., a
rail-mount terminal block).
Material Tests
All WAGO products meet requirements for the following material tests:
• Needle Flame Test per IEC/EN 60947-7-1, IEC/EN 60695-11-5
• Glow-Wire Test per IEC/EN 60998-1, IEC/EN 60695-2-11
Flames must not fuelled the insulation materials used, thus cre-
ating larger fire.
The specimen must positioned such that
the tip the glow-wire acts the surface
section the specimen (vertical surface of
the specimen) that most likely be
exposed thermal loading during normal
use. For the glow-wire
test, the tip the glow-wire pressed
against surface the test specimen (see
picture)
