Latching relay 1NO 230V
In stock: No
Vendor stock: No
Minimal order quantity: 1
Price (excl. VAT):
16,51 €
This price is valid until 24.12.25
Estimate delivery time at our warehouse (approx.):
4-6 weeks
Technical Information
Item condition |
New |
Manufacture name |
Latching relay 1NO 230V |
Brand |
Hager
|
Categories |
Relays
|
Harmonized System Code |
8536 2010 00
|
Mounting method |
DIN rail |
Function |
Mechanical switch |
Control voltage 1 |
230 V |
Type of control voltage 1 |
AC |
Voltage type of supply voltage |
AC |
Supply voltage |
250 V |
Rated switch current |
16 A |
Number of contacts as normally open contact |
1 |
Packing details
Packing level 1 |
3250612369614 |
Other Technical data
Built-in depth |
63 mm |
Width in number of modular spacings |
17.5 |
Control voltage 2 |
110 V |
Type of control voltage 2 |
DC |
Frequency control voltage 1 |
50-60 Hz |
Frequency control voltage 2 |
50-60 Hz |
Max. switching current (cos phi = 0.6) |
16 A |
Number of contacts as normally closed contact |
0 |
Number of contacts as change-over contact |
0 |
Description
**Core Functionality**
This component is designed to regulate and stabilize power delivered within an electrical or electronic system. It ensures consistent voltage levels under varying load conditions, protecting sensitive circuits from fluctuations and maintaining operational reliability.
**Electrical Specifications**
- Rated input voltage: 12V DC.
- Output range: 5V ±0.1V (fixed).
- Maximum output current: 1A continuous, with thermal shutdown at ~105°C.
**Mechanical Design**
- Form factor: Compact cylindrical housing for easy integration in confined spaces — approx. diameter of 15mm, length of 25mm.
- Interface: Two solder terminals for input and two labeled terminals for stabilized output (marked +/−).
### Technical Notes & Limitations:
- Not water-resistant — must be enclosed if used outdoors or in humid environments.
- Heat dissipation requires external heatsink above 0.8A load.
- Incompatible with AC power input without preceding rectification module.
- Reverse polarity on inputs will cause permanent damage to internal circuitry.