Hicarer High Torque Quartz Clock Replacement Parts, Battery Operated, Silent Sweep Replacement Mechanism for Clock Repair DIY Craft. Includes 8.2" Spade Hands & Hanger (Shaft Length 15mm/ 3/5 Inches)

High torque quartz clock movement replacement parts with 208 mm/ 8.2 inches long hands and hangerWide application:These clock movements are function as good tools for DIY design, have the clock designed and made by yourself;Suit for repairing, replacing the damaged clock or making a new one;Applicable to cross-stitch, three-dimensional embroidery, craft clock, frameless draw clock and more.Specification:Material: plastic and aluminumPower: 1 x 1.5 Volt AA battery (not included)Case size: approx. 55 x 55 x 16 mm/ 2.2 x 2.2 x 0.63 inches Total hour hand length: approx. 187 mm/ 7.4 inches Total minute hand length: approx. 260 mm/ 10.2 inches Second hand: approx. 7 mm/ 0.28 inches Package includes:1 x Quartz clock movement1 x Second caps1 x Minute hand1 x Hour hand1 x Plastic washer1 x Brass washer1 x Brass nut1 x Metal hook

• High Torque & Powerful: I shaft, high torque clock mechanism, drive long clock hands from 10 mm to 450 mm, making it ideal for large clocks, antique clock repairs, and crafts with thick materials
• Complete Replacement Kit: a clock movement with hook, 2 hands and some mounting hardware, come with the specially designed protect cardboard box and instructions. Please follow the instruction and pay attention to the picture 2 on the website when you install the clock movement
• Movement size: suitable for 1 - 4 mm (1/ 24 - 4/ 25 inch) thickness clock panel,the total shaft length is 15 mm (3/ 5 inch); Thread length: 6.7 mm (7/ 25 inch). Please check the size of the clock movement and pointer prior to purchase to verify whether it can fit over your clock
• Size from center of the hole to tip: the hour hand is 154 mm/ 6.1 inch; Minute hand is 208 mm/ 8.2 inch; Second caps is 7 mm/ 0.28 inch
• Easy to Install,Material and note: the clock pointer is made of aluminum, please do not use too much pressure to avoid bending