English
Español
| Categories | Time Switch |
| Model | AHC15D |
| Voltage | 85~265V AC |
| Frequency | 50 / 60Hz |
| Terminal | 5 |
| Switching capacity | 16A |
| Minimum interval | 1 Min. |
| Time accuracy at 25 °C | ≤± 2 Sek./day (quartz) |
| Power reserve | approx. 5 years |
| Housing and insulation material | Self-extinguishing thermoplastic |
| Type of protection | IP 20 |
| Class of protection | II according to EN 60 730-1 |
| Permitted ambient temperature | -10 ~ +50 °C (non-icing） |
| Test approval | CE |
Application
AHC15D fits for the particular use of the following tasks: Illumination of private and industrial areas,street and shop-window lightening,regulation of air conditioning, flushing, motors, pumps, plants and machinery as well as to simulate presence etc.
Description
|
1 channels |
Fully automatic daylight saving time |
|
Daily and weekly program |
Elapsed time and pulse counter |
|
20 ON/OFF program |
Auto-correct time(-30 sec ≤△t≤30 sec) |
|
20 pulse programs(1s~59m59s) |
Preset date and time |
|
Countdown program(1s~59m59s) |
Manual permanent mode |
|
12/24 hour format conversion |
Manual override |
|
Built-in lithium battery, keep working when power failure |
|
Product selection
|
Voltage |
85~265V AC |
|
Frequency |
50 / 60Hz |
|
Terminal |
5 |
|
Switching capacity |
16A |
Maximum recommended load (10,000 operations)
|
Filament / Halogen lamp 230V |
Energy saving lamps |
LED lamp < 2 W |
LED lamp 2–8 W |
LED lamp > 8 W |
Fluorescent lamp load (electronic ballast) |
|
2600 W |
170 W |
30 W |
100 W |
120 W |
650 W |
Technical date
| Minimum interval | 1 Min. |
| Time accuracy at 25 ℃ | ≤±2Sek./day (quartz) |
| Power reserve | approx. |
| Housing and insulation materia | Self-extingushing thermoplastic |
| Type of protection | IP 20 |
| Class of protection | Ⅱ according to EN 60 730-1 |
| Permitted ambient temperature | -10~+50℃(non-icing) |
| Test approval | CE |
Wiring diagram
Dimensions
> Application Guide for Hydraulic Magnetic Circuit Breakers in Sensitive Electronic Equipment
Why use hydraulic magnetic breakers for medical, IT or telecom equipment? Temperature stability, delay curves, and selection tips.
> What Is a Shunt Trip and How Does It Work with MCCB?
Learn what a shunt trip is, how it remotely trips an MCCB, typical voltages, and common applications like emergency stop systems.
> Guide to Selecting a Surge Protective Device (SPD) for EV Charging Stations
Protect EV chargers from lightning and switching surges. Learn how to choose the right SPD type, voltage protection level, and coordination.
> How to Fix a Tripping RCBO in Commercial Distribution Boards
RCBO tripping repeatedly? Learn 6 common causes and practical fixes for commercial panels. No more nuisance trips.