16A Single-Channel 24/7 Digital Timer | NLCUT1A

£20.00 £24.00 Inc VAT

The NLS NLCUT1A is a commercial-grade, single-channel electronic digital timer designed for precise, automated scheduling of electrical circuits.

Important Stock Note: This item could be new/old or used stock but remains in full working condition. Please contact our team directly at sales@electricalwholesalesupplies.co.uk for any more information.

1 in stock

Estimated Standard Delivery Jun 11, 2026 - Jun 12, 2026

Description

Featuring a full 24-hour / 7-day weekly programming cycle, the NLCUT1A offers maximum scheduling versatility, allowing for distinct daily routines, weekend-specific configurations, or uniform weekly operations.

Key Features & Benefits

  • Space-Saving Single-Module Design: At just 18 mm wide (1 Module), it saves valuable rail space inside crowded distribution boards, consumer units, and control cubicles.

  • Versatile 24/7 Scheduling: Supports highly customizable programming routines across individual days, blocks of weekdays, weekends, or full weeks.

  • 16A Rated Switching Relay: High-performance internal relay safely manages resistive heating and lighting elements, with robust handling for inductive LED drivers and control circuits.

  • Mains Failure Battery Backup: Built-in rechargeable backup power ensures timekeeping and program memory remain fully intact during power outages.

  • Clear LCD Display: Provides clear readout of the current time, operating mode, and programmed steps for effortless onsite setup and manual override checking.

Specifications at a Glance

Feature Details
Product Model / SKU NLCUT1A
Product Type Digital Electronic Timeswitch
Condition New/Old or Used Stock (Full Working Condition)
Channels 1-Channel (Single Pole Changeover)
Supply Voltage ($U_n$) 230V – 240V AC (50/60Hz)
Current Rating ($I_n$) 16A Resistive / 4A Inductive ($\cos \phi = 0.6$)
Time Range 24 Hours / 7 Days
Module Width 1 Module (18 mm)
Mounting Type 35 mm DIN Rail Mounting
Memory Backup Integrated Rechargeable Battery

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