Outdoor Large Clocks, Custom Rooftop Big Clocks, Kexin Brand Interval Running Movement with High Torque

Yantai Kexin Watch Co., Ltd. has successively developed the kx-T1, kx-T3, and kxZ-T5 two-needle tower clock control systems, as well as the kx-T7 and kxs-T7 three-needle tower clock control systems. These systems have made significant contributions to the technological advancement of the watch industry by improving timing accuracy, reducing operational noise, energy conservation, extending product life, and clock networking.

The company is fully equipped with hardware facilities. The three major components of the tower clock (controller, movement, and dial) are all independently researched and produced, holding multiple patents. The mainboard of the tower clock controller utilizes the more advanced SMT welding technology currently available, offering higher integration and more stable performance, ensuring accurate timing. The movement is made of full metal with a pure copper core, making it more wear-resistant and longer-lasting. The tower clock dial is treated with professional electrostatic spraying and fluorocarbon baking paint, enhancing its durability and longevity. The company has a complete system and full departments, with a mature and effective management system for engineering design, construction, and after-sales service, as well as a strict and scientific quality assurance system. The multi-level management of multiple departments such as the engineering department, materials department, quality inspection department, processing factory, and comprehensive service department ensures the progress and quality requirements of the project.

Tower Clock Grand Clock Production and Installation Process

Estimated Project Duration: 30 calendar days

Including: Manufacturing lead time: 20 days

Transportation & Installation Lead Time: 10 Days

I. Production, guaranteed manufacturing schedule

1. Based on the signed contract. The day after the contract is signed, the company issues production schedules to all production departments (including each production workshop, technical department, and logistics center). The schedules detail: dimensions, colors, functions, and shipment times for each clock. A detailed "Material Requirement Sheet" is also attached.

2. The technical department is responsible for determining the technical solution based on the specific requirements of the bidder's tender documents, and providing it to the production workshop for production. The logistics center, based on the "Material Requirement Sheet" and the current inventory status, drafts a detailed "Procurement Plan," which is then issued to: electronic component procurement staff, outsourced procurement staff, and bulk material procurement staff. The required approximate funds are also notified to the finance department.

3. Begin purchasing various materials starting from the second day, with priority given to urgently needed production supplies.

4. The company's existing stock materials and equipment spares, such as control systems and cores, will be immediately put into production according to contract requirements. The basic manufacturing of control systems and cores will be completed within the 3rd to 13th day. They will then gradually proceed to the debugging and trial operation processes.

5. The clock face production is essentially completed between the 3rd and 13th day (appearance parts do not require adjustment).

6. By the 8th to 11th day, all packaging materials will be in stock, and the wooden boxes for packaging will be completed.

7. All debugging must be completed by the 18th day, followed by inspection prior to packaging and completion of various documentation and forms for packaging.

8. All packaging completed by the 19th day.

9. Notify Party A that the shipment is ready for dispatch, and confirm with Party A the specific unloading location and installation time.

10. Installers will arrive at the installation site in advance according to the agreed schedule to prepare for the installation. The following day, they will inspect the goods together with Party A and commence the installation process.

II. Clock Equipment Transportation and Installation Plan:

(Part 1) Packaging, Shipment, and Transportation Plan

1. In terms of packaging, for general control instruments and computer accessories, we use cardboard boxes, lined with shock-absorbing foam and moisture-proof plastic bags inside. For clock faces, valuable items (such as control boxes, clock hands, dials, etc.), and goods weighing over 20 kg, we add an extra wooden crate (constructed with high-quality plywood) outside the cardboard box. Similarly, shock-absorbing foam is added between the wooden crate and the cardboard box. All packaging is neat, attractive, and reliable, loaded onto trucks according to road transportation requirements to ensure goods arrive at the destination intact.

Each packaging box includes a detailed product packing list, factory certification of conformity, quality inspection certificate, manual, etc. The box is sealed after being inspected and approved by the inspector.

Each carton is labeled with the shipper, departure station, consignee, destination station, product name, gross/net weight, total number of pieces in this shipment, contract number, etc. Additionally, the "Three Protection" symbol is also printed.

4. In terms of transportation, for this batch of *** equipment, our company will select the most suitable transportation method, such as road or rail, based on the installation location of the tower clock project and the requirements for equipment transportation. We guarantee the safe, accurate, and timely delivery of the goods to the destination. Any losses due to loss or damage will be borne by our company. Within 48 hours prior to the dispatch of the equipment, we will send the recipient a fax containing details such as the station name for installation, quantity, estimated installation date, contract number, material name and quantity, gross weight, volume, amount, and name of the transportation vehicle, as well as the dispatch plan for the equipment.

5. Arrival Inspection and Handover

Upon arrival at the buyer's destination, our project manager and the buyer's representative will jointly inspect the goods as per the contract. The inspection scope includes the quantity, specifications, model, quality, and performance parameters of the equipment. Both parties will sign and seal the delivery (receipt) document, which serves as a crucial basis for operational handover. If any goods do not meet the buyer's requirements, the buyer has the right to refuse acceptance or request a replacement, with all related costs borne by our company.

(II) On-site Inspection and Installation Entry

1. On-site Installation Inspection

1) Upon arrival at the site, the installation personnel will inspect the number of packaging boxes and their condition for any damage or missing items, along with the recipient, based on the "Shipment Register."

2) Inspect the goods inside the packaging boxes together with the buyer, checking off each item as listed on the packing list.

3) Briefly describe the name, quantity, usage, and storage requirements of various goods for the buyer, so that a safe storage location can be provided.

2. Installation On-Site

1) All goods will arrive at the designated location according to the installation schedule or as mutually agreed upon by both parties. Prior to installation, a storage location for the goods will be negotiated with Party A to ensure a safe storage area for the uninstalled items.

2) Collaborate with the buyer to establish installation conditions and modify any that do not meet requirements to ensure safe and smooth installation.

3) Inform the buyer of the approximate time for acceptance, to allow for preparation.

(3) Clock Equipment Installation

Equipment Installation Steps:

1. Assemble the clock face on the designated work surface.

2. Rent appropriate lifting equipment and employ the whole-set lifting method to weld or bolt the steel frame of the large bell with the reserved ironwork of the bell tower.

3. Reserve pipelines between the subclock and the master clock, lighting lines, and pipelines between the loudspeaker and amplifier.

4. Accept scale illumination wire, movement illumination wire.

5. Install the speakers and connect the speaker power wires.

6. Connect the motor wire and feedback wire to the motor and feedback switch on the core.

7. Connect all motor wires, feedback wires, lighting wires, and speaker wires to the master clock system and the control room where the amplifier is located.

8. Connect to the GPS time synchronization system.

9. Connect and debug the monitoring microcomputer.

III. Clock Equipment Operation and Debugging

Debugging Period: 3 calendar days; simultaneous training for the client's designated operators will be conducted during the debugging process.

Installation Case Photos: