High Torque Quartz Clock Movement Mechanism for DIY Clock Repair

Description:

• This high-torque quartz clock movement set is a reliable choice for clock repair and DIY projects.

Features:

• Precise and Stable Operation: Features a high-torque quartz movement with strong driving force, ensuring stable operation even with longer hands or larger clock faces while maintaining accurate timekeeping.
• Two Style Options: Includes two sets of hour/minute hands (Hour: 90/93 mm, Minute: 120/127 mm) for creating different visual effects suitable for various clock face styles.
• Fits 5-9 mm Dials: Total shaft length 20 mm with 12 mm thread height, flexibly accommodating clock panels 5-9 mm thick—compatible with wood, metal, and decorative clocks.
• Complete Accessory Kit: Comes with movement plus two hand sets, second hand with cap, through nut, rubber washer, flat washer, and hex nut—everything needed for installation in one box.
• Easy Installation: Includes through nut and assembly instructions for simple replacement of old movements. Adjust hour and minute hands parallel during installation—beginner-friendly.

Specifications:

• Material: Quartz + Metal
• Dimensions:
• Hour Hand 1: 90 mm
• Minute Hand 1: 120 mm
• Hour Hand 2: 93 mm
• Minute Hand 2: 127 mm
• Second Hand: 100 mm
• Power Supply: 1 x AA Battery (Not Included)
• Compatibility: DIY quartz wall clocks, wooden/metal/decorative/frameless clocks, replacing broken clock movements

Package Contents:

• 1 x High Torque Movement
• 2 x Hour Hands
• 2 x Minute Hands
• 1 x Second Hand
• 1 x Second Hand Cap
• 1 x Through Nut
• 1 x Rubber Washer
• 1 x Flat Washer
• 1 x Hex Nut
• 1 x User Manual

Please note:

• Before purchasing, measure your original movement shaft length and dial thickness to confirm the 12 mm thread can pass through your clock face mounting hole.
• This movement requires 1 x AA battery. Battery is not included.
• Due to lighting effects, monitor settings, and manual measurement, there may be slight differences in the color and size of the actual item compared to the images.