Dinuy 2-channel astronomical daily switch

- 2-channel daily astronomical time switch

- Very simple and intuitive programming

- It has 56 memory locations, allowing the Astronomical function together with an on and off.

- Allows the possibility of entering the exact location by Postal Code or UTM coordinates

- Automatic summer / winter time change

- Can be programmed without 230V supply

- Wide clear and illuminated display

- Security PIN to lock the watch and prevent unwanted manipulations-

- Permanent function by date and time / holiday function

- Interchangeable battery (CR2032), with a power reserve of 10 years.

- Minimum maneuver of 1 minute.

- NFC programming via smartphone (free Android app in play store).

- Astronomical variation by means of the delay of the ignition or advancement of the extinguishing (<, 90min).

- Running and pulse time counter

Features of the 2-channel astronomical journal:

- Supply voltage: 230V ~ 50 / 60Hz

- Minimum maneuver: 1min

- Own consumption: 0.2W ~ 1W (depending on the switching state)

- Number of channels: 2 voltage-free switching channels

- Accuracy: <, ± 5sec / day (optimized for normal environmental conditions)

- Contact material: AgSnO2

- Switching functions: Astro ON / OFF, Night ON / OFF, Extra ON / OFF, Permanent

- Number of maneuvers: 56

- Time base: Quartz crystal

- Power reserve (20ºC): ~ 10 years, lithium battery (interchangeable CR2032 battery)

- Ambient temperature: -30ºC ~ + 55ºC

- Connection terminals: with captive screws

- Cutting capacity: 16A 250V ~ cos? = 1 // 10A with inductive load cos? = 0.6

- Incandescence or Halogens 230V: 2000W

- Uncompensated fluorescence: 1000W

- Fluorescence compensated in series: 1000W

- Parallel compensated fluorescence: 550W

- 230V / CFL LED lamps: 200W

- Display: high resolution LCD

- Environmental protection: IP 20 according to DIN EN 60529

- Protection class: II according to VDE 0633

- Enclosure: Extinguishable thermoplastic

- Maximum starting current: 50A

- Mounting: On DIN rail 46 277 or on surface