UTS radio controlled movement 700.3 with high torque 16 mm + Clock hand set fancy style 43/32 mm

UTS radio controlled movement 700.3 with high torque 16 mm + Clock hand set fancy style 43/32 mm

GTIN: 4260572842453
Category: Quartz movements

hand length
Movement length

€ 29,95

incl. 19% VAT , plus

Available immediately
Delivery time: 3 - 5 Workdays (DE - int. shipments may differ)

Description
Reviews

Scope of delivery

Includes standard accessories (central nut, rubber washer and open pointer nut), selected hand set.

Movement

By-the-second accurate radio controlled quartz movement
Controlled by DCF77 transmitter
Automatic switching between standard and daylight saving time
four accuracy checks within 24hrs
increased torque for hands up to 160 mm length

Hand set

Filigree made of high-quality aluminium
With protective foil (please remove before mounting) to protect the high-quality surface
Depending on the version, flat or with elegant embossing
Many great and extraordinary designs
In different lengths, therefore suitable for almost all dial Diameters

Motion train height

Motion train height 11 mm for dial thicknesses of approx. 1 - 3 mm
Motion train height 16 mm for dial thicknesses of approx. 5 - 7 mm

UTS radio controlled movements support balanced hands up to max. 120 mm, in the reinforced version up to max. 160 mm.

ATTENTION: Radio-controlled clock movements must not be installed in metallic or metallized housings or with such dials, as this corresponds to a Faraday cage, which interferes with radio reception and makes proper functioning impossible.

Movement type:	Radio controlled quartz movement
Torque:	Reinforced
Dimensions:	55x55x20mm
Required battery (not included):	1x LR6/AA/Mignon
Max. hand length:	160 mm
matching hand sets:	1500.1/1500.6/1500.7/1510.1/1510.6/1510.7/1520.7/1521.6/1521.7/1522.7/1523.7/1530.6/1530.7 !!! Hands with Euro shaft fitting DO NOT FIT !!!
Freitext-2:	ATTENTION: Radio-controlled clock movements must not be installed in metallic or metallised housings or with such dials, as this corresponds to a Faraday cage, which interferes with radio reception and makes proper functioning impossible.