DIY Radio-Controlled Quartz Wall Clock Movement Mechanism Kits Set

*Precision Measurement: This DIY Radio Controlled Clock Movement features a total shaft length of 17mm, making it for projects with a panel thickness of approximately 5mm,perfect fit and functionality in your clock designs.

*Comprehensive Size: The movement body measures 66 x 56 x 19mm, with a model designation of For HD1688-17WWVB, which guarantees compatibility and reliability for all your clock-making needs.

*Versatile DIY Solution: Perfect for repairing or replacing broken clock parts, this kit serves as an excellent material for crafting your own unique clock designs, allowing for creative expression in every project.

*Customizable Hand Lengths: The included hands come in varying lengths—approximately 80mm for the hour hand, 110mm for the minute hand, and 100mm for the second hand—providing flexibility to match different clock sizes and styles.

*Wide Application Range: This clock movement is suitable for various projects including cross-stitch, three-dimensional embroidery, and frame-less clocks, making it an essential component for any DIY enthusiast or craftsperson.

Specifications:

*Part Name:Wall Clock Movement Mechanism Kits

*Material:Metal

*Size:Movement shaft length: total shaft length 17mm, thread height 8.7mm, suitable for panel thickness of about 5mm

Movement size: 66 * 56 * 19mm

Radio wave movement parameters:Receiving frequency: 60KHz

Battery/lifespan: AA/1 year or less

Working voltage: 1.25-1.7V

Quartz accuracy: ± 1 second/day

Working temperature: -5 ℃ -+55 ℃

Storage temperature: -20 ℃ -+70 ℃

Normal consumption current (1.5V): ＜ 150 μ A

Receiving time: 3-12 minutes

Receiving current: ＜ 100 μ A

Set time after receiving the message: max.4min

Travel noise: ＜ 32dB

Antenna: Built in ferrite core

Received times: 12x/day

Peak current: 7mA

Sensitivity:

Second hand torque (1.5v): ≥ 180 μ Nm

*Color:Black

Package Content:

DIY Wall Clock Movement Mechanism Kits* 1

Note:

1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.