Non-ticking clock mechanism with reduced noise and sliding seconds.

• Reduced noise level caused by moving parts of the mechanism;
• Battery AA estimated lifetime ~12 months;
• Power consumption <  180uA at 1.5V DC
• Operating voltage - 1.3-1.7V;
• Accuracy - +/- 30 sec. per month at 1.5V DC and +25ºC;
• Power - 1 gf-cm (1.5V) per second, 36 gf-cm (1.5V) per minute;
• Maximum lengths - second 140mm, minute 450mm;
• Operating temperature -10ºC - +50ºC;;
• Expected period of operation 6 years;
• Clock mechanism case dimensions 56 x 56 x 16 mm;
• The diameter of the threaded part of the axle is 7.8mm, the diameter of the hole in the dial 8-10mm;
• Suitable for I-type (takane) indicators - hour axis Ø 5mm, minute axis 2.8x4mm, seconds axis Ø 1 mm,
• Nut, washer and rubber washer included;
• The clock mechanism has a 2-year warranty against manufacturer defects, the warranty does not cover improper use or assembly;
• For prices starting from 50 pieces, please ask by e-mail or using our contact form.

If you want to use a seconds hand for this mechanism, euroshaft seconds hands will do - you can choose it here: https://pulkstens.lv/index.php?route=product/category&path=127_164_168 

We do not recommend choosing a seconds hand in a set with hands longer than 160mm

Attention:

Never turn the hands of the clock by hand! This may damage the mechanism and is not a warranty case. There is a button on the back of the movement case for setting the hands/time.

Do not use force when mounting indicators and mechanism - the mechanism is made mostly of plastic parts.

Over-tightening the nut to secure the movement to the dial may cause part of the thread to break out of the case. A couple of strips of double-sided tape can help with fixation.

Press the second hand onto the shaft just enough so that it does not fall off by gently pulling it.

After assembling the hands, when turning the installation knob, make sure that the hands do not touch each other or touch the dial in any position.

When making watches, take into account the possible deformations of materials (especially when the wood dries or when the humidity in the rooms changes). Providing too little for the mechanism The "place" material can deform the mechanism or even break it.