Technical Information
| Item condition |
New |
| Manufacture name |
Relay station universal, 8-gang RS8REGHE |
| Brand |
Jung
|
| Categories |
Assembly Accessories and Parts
|
| Country of origin* |
DE |
|
* The actual country of origin may differ depending on the delivery batch.
To confirm the specific country of origin, please contact your account manager.
|
| Harmonized System Code |
8536 4900 00
|
| Mounting method |
DIN rail |
| Function |
Partially electronic |
| Rated current |
0 A |
| Supply voltage |
230-240 V |
Packing details
| Packing level 1 |
4011377036345 |
Other Technical data
| Built-in depth |
0 mm |
| Width in number of modular spacings |
8 |
| Control voltage 1 |
24 V |
| Control voltage 2 |
24 V |
| Type of control voltage 1 |
DC |
| Type of control voltage 2 |
DC |
| Voltage type of supply voltage |
AC |
| Max. switching current (cos phi = 0.6) |
16 A |
| Max. incandescent lamp load |
3000 W |
| Max. load fluorescent lamp |
1000 VA |
| Max. load fluorescent lamp (Duo circuit) |
2300 VA |
| Max. load fluorescent lamp (parallel compensated) |
1160 VA |
| Number of contacts as normally closed contact |
0 |
| Number of contacts as normally open contact |
8 |
| Number of contacts as change-over contact |
0 |
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Description
Relay station universal, 8-gang RS8REGHE.Controls load circuits in a switch or power system, integrating electronic and mechanical switching.Designed for DIN rail systems with digital control inputs. Width:8 modular spacings.Built-in depth unspecified.Function:Partially electronic operation.Normally open contacts:8.Control voltage 1:DC, range 24 V.Control voltage 2:DC, range 24 V.Supply voltage operates on AC between 230 V to 240 V input range.Load capacity is high;supports up to a max of incandescent lamp loads at 3000 W, fluorescent lamps at maximum of up to 1000 VA (single), duo circuit mode allows up to max load of fluorescent at approx.~2300 VA parallel compensated ~1160 VA. Switching capability handles currents with cos phi approximately set for operations around ~16 A effectively under specifications designed constraints setup dynamics **