Terminal thickness: 6.2 | |||||
Rigid conductor | Flexible conductor | I | Ui | ||
(mm2) | (A) | (V) | |||
IEC 60947-7-1 | 0.2-4 | 0.2-4 | 32 | 500 | |
Products Category
JWD1-4/2L Screw Type double layer Din-Rail TB
Product Description
Parameters
Certification
Description | Color | Schematic diagram | Type | |
Terminal: | Grey | JWD1-4/2 L | ||
With general-purpose locating base, suitable for standard mounting rails | ||||
and | ||||
Blue | JWD1-4/2L BU | |||
Top and bottom interconnected terminals: | Grey | |||
The mounting and use methods are the same as above; the conducting plates in the upper and lower layers are interconnected to achieve the same potential of top and bottom connecting points. | ||||
Blue | ||||
(1) End plate: (thickness: 2.5) | Grey | 2.5-4/2 LG | ||
One additional piece must be attached to the end of each terminal strip set. If it is mounted in the center of the terminal strip, the creepage distance may increase. | ||||
Blue | 2.5-4/2 LG BU | |||
(2) Compensating end plate: (thickness: 2.5) | Grey | 2.5-4/2LBD | ||
It is used to offset interlayer displacement while it is adjacent to an ordinary terminal. | ||||
Blue | 2.5-4/2LBD BU | |||
(3) Compensating end plate: (thickness: 2.5) | 2.5-4/2 LBD-1 | |||
It is used for terminal locating and fastening of the terminal strip or for offsetting interlayer displacement while it is arranged with other terminals in the same group. | ||||
(4) Central liaison part: | ZL6/10 | |||
It is used to connect terminals with the same specification and form a liaison terminal group; each part has 10 digits (supplied with screws) that can be further divided at will. | ||||
(5) Connecting sheet: | LJ 6/2 | |||
For central connection of more than 10 digits | ||||
(6) Edge liaison part: | 2 digits: | BL6/2 | ||
Its role is the same as that of the central liaison part (4); with insulation on the back side; 10 digits that can be further divided at will | ||||
3 digits: | BL6/3 | |||
10 digits: | BL6/10 | |||
(7) Jumping liaison part: | KL6/10 | |||
With the spacer (8), it can connect any non-adjacent terminals in the center to form a jumping liaison terminal group. | ||||
(8) Spacer: | K6 | |||
Used as a spacer block between the accessory of the jumping liaison part (7) and the conductive part of the terminal | ||||
(9) Divider: | GP-1 | |||
It is used to separate two adjacent liaison terminal groups and can be inserted after assembly, without any effect on the overall space. | ||||
(10) Group partition: (thickness: 2.5) | 2.5-4/2 GF | |||
Used for separation of each terminal group; with dual effects (visible grouping and electrical isolation) | ||||
(11) Tag: | ZP6 |
Terminal dimensions |
|
|
|
Thickness / width / end plate thickness |
[mm] |
6.2/67/2.5 |
|
Height (TH 35:7.5 / TH 35:15 / G 32:15) |
[mm] |
62 / 69.5 / 67 |
|
Technical data based on IEC/DIN VDE standards |
|
|
|
Maximum rated working current / cross-sectional area |
[A] / [mm2] |
32/4 |
|
Maximum cross-sectional area of conductors (rigid / flexible) that can be connected if any edge liaison part is used: |
[mm2] |
4/2.5 |
|
Rated impulse withstand voltage / degree of pollution |
[kV]/- |
6/3 |
|
Over-voltage category / insulation material group |
-/- |
lll/l |
|
Connection capacity |
|
|
|
Flexible conductor with tubular bare terminal / tubular pre-insulated terminal |
[mm2] |
0.25^/0.25-2.5 |
|
Connection of multiple conductors (two conductors with the same cross-sectional area) |
|
|
|
Rigid conductor / flexible conductor |
[mm2] |
0.2-1.5/0.2-1.5 |
|
Flexible conductor with tubular bare terminal |
[mm2] |
0.25-1.5 |
|
Flexible conductor with DEV-tubular pre-insulated terminal |
[mm2] |
0.5-1.5 |
|
Stripping length |
[mm] |
8 |
|
Screw type |
|
M3 |
|
Torque |
[Nm] |
0.6-0.8 |
|
Insulation material type |
|
PA |
|
Material flammability according to UL94 |
|
V0 |
|
Rated working voltage / rated working current / wire gauge |
UL:[V]/[A]/AWG |
500/30/26-12 |
|
Note: When an edge liaison part is used, a cable below 1.5 mm2 should be used for a 2.5 mm2 terminal; corresponding cables should be used for terminals with other cross-sectional areas (mm2). |