HEINRICH KOPP χωνευτό αναλογικό χρονικό με ημερήσιο πρόγραμμα, 16 A, IP20, Polarweiß 195000159

This flush-mounted analog timer from HEINRICH KOPP offers a straightforward mechanical solution for controlling electrical devices on a daily schedule. Unlike digital timers that require programming through menus, this model uses 96 switching segments, each representing 15 minutes, allowing you to set ON/OFF times by simply adjusting the segments. The quartz-controlled movement ensures reliable timekeeping, and a built-in NiMH battery provides approximately 100 hours of power reserve to maintain the program during power outages.

Highlights

• Analog daily program with 15-minute switching intervals
• Manual override switch for ON, OFF, or automatic operation
• Changeover contact (SPDT) for flexible switching
• Flush-mounted design for a clean, integrated look
• Polar white thermoplastic housing

In daily use

Ideal for controlling lighting, ventilation, or other loads that follow a consistent daily pattern. The timer mounts flush into a standard wall box, blending seamlessly with other switches and outlets. The manual override allows you to temporarily override the program without altering the settings, providing convenience when needed.

Full specifications

• Timer type: Analog / Mechanical
• Program type: Daily program
• Mounting type: Flush-mounted (Unterputz)
• Operating voltage: 230 V AC
• Frequency: 50 Hz
• Switching capacity (resistive load): 16 A / 250 V AC (cos φ = 1)
• Switching capacity (inductive load): 2 A / 250 V AC (cos φ = 0.6)
• Minimum switching time: 15 minutes
• Number of switching segments: 96
• Power reserve: approx. 100 hours (NiMH battery)
• Number of channels: 1
• Contact type: Changeover contact (SPDT)
• International Protection (IP) code: IP20
• Operating temperature: -10 °C to +55 °C
• Colour: Polar white
• Material: Thermoplastic
• Manual override: Yes (ON/OFF/AUTO)
• Clock accuracy: Quartz controlled

Final note

With its robust construction and simple operation, this timer is a reliable choice for basic time-based control in residential and commercial settings.