About Chengdu Zeobercom Electronic Technology Co., Ltd. - Safety & Security Equipment Supplier in China

China, Chengdu‑based Chengdu Zeobercom Electronic Technology Co., Ltd. lists nine active products across safety & security, surveillance, and electronic hardware categories. The catalogue includes an Omnidirectional Jammer, anti‑drone portable jammer, UAV detection radio monitoring equipment, two reconnaissance‑strike drone systems, a Double Redundant Flight Control Computer, an Arinc429 Bus Interface Module, and three function boards for DAC and discrete input processing. The Arinc429 Bus Interface Module is recorded under HS code 8471.80 and is built on FR4 PCB material with RoHS‑compliant components. The remaining items are described without HS codes but fall within the broader HS chapter 85 for electronic equipment.

Product Range and Specialties of Chengdu Zeobercom Electronic Technology Co., Ltd.

The catalogue offers nine distinct items: two anti‑drone jamming solutions, two UAV reconnaissance/strike platforms, a flight control computer with redundancy, a bus interface module (HS 8471.80), and three function boards for DAC and discrete input processing. In the safety & security market, electronic jammers are typically classified under HS 8543 or 8525, with performance measured in frequency range (MHz), output power (W), and compliance with electromagnetic compatibility (EMC) standards such as IEC 61000‑4‑3. Flight control computers and bus interface modules for avionics commonly adhere to MIL‑STD‑1553 or ARINC‑429 data bus specifications, and PCB assemblies are evaluated for layer count, copper weight, and RoHS compliance. Function boards for DAC and discrete inputs are usually built on 4‑layer FR4, with tolerance grades of ±1 LSB for DAC accuracy and defined debounce times for input modules.

Trade and Export Information - Chengdu Zeobercom Electronic Technology Co., Ltd.

Chinese exporters of electronic security and avionics equipment typically ship to buyers in Southeast Asia, the Middle East, Europe, and North America, where defence and infrastructure projects drive demand. HS chapter 85 (electrical machinery) and chapter 84 (machines and mechanical appliances) cover most of the listed items; the Arinc429 module falls under HS 8471.80, a sub‑heading for “other machines having individual functions, not specified elsewhere.” Importers often require CE marking for EU markets, FCC certification for the United States, and compliance with IEC 60950‑1 for safety. RoHS and REACH documentation are standard for EU customs clearance, while military‑grade items may need ITAR or export licensing.

Sourcing from Chengdu Zeobercom Electronic Technology Co., Ltd. - Buyer Guidance

When sourcing from Chengdu Zeobercom, buyers should request the latest RoHS compliance certificate, a CE Declaration of Conformity (for EU shipments), and any applicable FCC ID or MIL‑STD test reports for the jammer and UAV systems. Verify the HS code 8471.80 for the Arinc429 module and confirm that the PCB material, layer count, and component provenance meet the buyer’s technical specification. Samples should be evaluated for EMI emissions, power output, frequency coverage, and functional reliability before committing to larger batches.

What product categories does Chengdu Zeobercom list?

The supplier lists nine items across safety & security equipment, surveillance gear, electric relays, electric sensors, personal computers, electronic connectors, and networking peripherals.

Which products have an HS code provided?

Only the Arinc429 Bus Interface Module includes an HS code, recorded as 8471.80, which covers other machines having individual functions.

What material is used for the Arinc429 module?

The module is built on FR4 printed circuit board material and incorporates RoHS‑compliant electronic components.

What certifications are commonly required for these types of electronic security products?

Buyers usually ask for RoHS compliance, CE marking for EU markets, FCC certification for the United States, and IEC 61000 EMC test reports. Military‑grade items may also need MIL‑STD or ITAR documentation.

What typical specifications should I verify for the anti‑drone jammer?

Check the jammer’s operating frequency range (MHz), output power (watts), antenna gain, and compliance with IEC 61000‑4‑3 emission limits. Request a functional test report and an EMI shielding assessment.

What are standard packaging and shipping practices for these electronics?

Electronics are normally packed in anti‑static bags, placed in corrugated cardboard boxes with cushioning, and loaded into 20‑ft or 40‑ft containers. Incoterms such as CIF or FOB are frequently used for international shipments.

What is a typical minimum order quantity (MOQ) and lead time?

MOQs vary by item; jamming equipment and UAV systems often start at 1‑5 units, while PCB modules may be ordered in batches of 10. Lead times range from 30 days for standard PCB assemblies to 60‑90 days for custom flight control computers.

How can I request a sample or technical data sheet?

Contact the supplier through the platform’s messaging system, specify the product name, and ask for a sample, datasheet, RoHS certificate, and any applicable test reports before placing a full order.