Explore our top-tier, CNAS-calibrated control panels, low-voltage safety distribution modules, and intelligent signal converters built for modern process factories.
Unpacking the strategic value of industrial-grade low-voltage switchgear, safety shut-off systems, and intelligent digital controllers.
In modern industrial facilities—spanning petrochemical refineries, pharmaceutical formulation units, automated automotive assembly lines, and sprawling urban gas pipeline networks—the safety ecosystem is only as resilient as its weakest connection. While primary instruments like gas leak sensors, flame detectors, and electromagnetic emergency valves command significant budget shares, their effectiveness is fundamentally contingent on Auxiliary Products. These systems encompass low-voltage power boxes, safety interlock controllers, input/output signal converters, and intelligent edge data gateways. Global engineering, procurement, and construction (EPC) firms increasingly prioritize auxiliary hardware built on fail-safe topologies, rigorous electromagnetic compatibility (EMC) testing, and verifiable safety integrity levels.
Procurement teams facing stringent regulatory updates (such as European ATEX directives, North American UL benchmarks, and global IECEx standards) look for factories that can guarantee high operational uptime under extreme physical stresses. High-humidity marine environments, sub-zero pipeline terminals, and high-vibration heavy manufacturing yards demand robust metal enclosures, intelligent power distribution redundancy, and automated fault reporting mechanisms. Integrating certified auxiliary products mitigates the risk of catastrophic system failures, prevents false positive plant shutdowns, and provides seamless compliance pathways during safety audits.
Modular auxiliary systems allow rapid expansions. Intelligent gateways and distributed IO devices adapt to legacy protocols (Modbus, Profibus, CAN bus) while integrating with modern Ethernet TCP/IP networks.
Low voltage power panels feature redundant battery backups, automated line diagnostics, and short-circuit isolators to maintain control loop integrity during localized power grid drops.
Smart interlock boxes analyze historical operational cycles and relay predictive maintenance telemetry directly to the central SCADA dashboard, minimizing unscheduled maintenance events.
Chengdu R&D Headquarters
Deyang Advanced Manufacturing Base
Founded in 2003, Xinhaosi has established itself as an influential, trusted brand in the global gas safety and automated industrial control industry. Over the past two decades, we have built a robust and comprehensive production and service system. This integrates cutting-edge R&D, intelligent manufacturing powered by advanced automation equipment, digital marketing across global channels, and professional after-sales support managed by our technician team.
Our diversified product portfolio covers industrial and residential gas detection systems, emergency shut-off solenoid valves, and urban gas pipeline network monitoring solutions—all engineered to perform in harsh, hazardous environments. We manufacture millions of units annually, serving industries such as oil & gas exploration, petrochemical refining, steel production, pharmaceutical cleanrooms, and food and beverage processing plants.
Tailored safety integration and automation control protocols across key industrial sectors.
Implementing intrinsically safe interlock control boxes (JB-MK-AT2041X series) and explosion-proof gas detectors (XP4000). Our systems link localized alarms to automatic shut-off valves, ensuring fast isolating control loop activation within milliseconds of a leak event.
Utilizing high-performance telemetry via FDG-X304 Intelligent Data Gateways. The gateway gathers analog signals from pressure transmitters and relays diagnostic data over long-range, low-power cellular protocols to centralized municipal monitoring systems.
Deploying specialized low-voltage control setups and digital I/O devices (AT0421X / AT0321X) to monitor negative air pressure differential levels. This setup ensures dust-free environments while protecting equipment against high-voltage surges.
Adhering to strict ISO9001 quality management system protocols, Xinhaosi's core products have earned global safety, measurement, and system compatibility certifications. Our portfolio includes national compulsory product certifications (3C), fire product approvals, CPA measurement instrument approvals, CE directives, and Safety Integrity Level (SIL) ratings.
Our in-house calibration and testing laboratory is officially accredited by the China National Accreditation Service (CNAS) and recognized under the ILAC-MRA framework in accordance with ISO/IEC 17025. This allows us to issue traceable, widely accepted test reports on environmental resilience, sensor lifetime, and electromagnetic compatibility. This infrastructure expedites international trade compliance and guarantees product reliability before shipment.
From local component assembly to international IoT and AI-driven safety systems integration.
Mitigating cross-border procurement challenges through local support and certified safety compliance.
In modern industrial control sectors, complying with regional regulations is crucial. A single non-compliant component in an auxiliary control loop can halt site operations or delay project handovers. Xinhaosi ensures its products comply with standard certification frameworks across key global markets:
We supply auxiliary systems designed to match standard low-voltage guidelines, ensuring compliance with UL and CSA standards for industrial control panels.
Our explosion-proof devices and data controllers feature CE and ATEX markings, ensuring they meet electromagnetic and low-voltage directives.
Our solutions conform to CPA, CCC, and local safety certifications, supported by our regional maintenance and inspection service teams.
To ensure supply chain resiliency, our dual-manufacturing centers in Chengdu and Deyang provide manufacturing redundancy. If unforeseen events impact one site, the other can scale production to maintain stable delivery lead times. In addition, our field engineers provide site layout consultation, local configuration support, and system integration assistance for modern SCADA networks.
Answers to common engineering questions regarding low-voltage safety loops, explosion proofing, and CNAS calibration.
Auxiliary power boxes like the AT2031X provide stable, low-noise low-voltage power to gas sensors, alarms, and emergency shut-off valves. They prevent voltage fluctuations from causing false alarms or system downtime, and incorporate backup batteries to keep safety loops active during grid failure.
CNAS accreditation under ISO/IEC 17025 guarantees that the factory's test laboratory operates with high competence and traceable calibration standards. The resulting data sheets and test report documents are accepted by international regulatory bodies, helping to speed up import processes and compliance approvals.
An interlock control box (such as the JB-MK-AT2041X) serves as the decision-making hub. It processes alarm signals from gas detectors and automatically cuts power or changes valve positions to shut off fuel lines, isolate gas flow, and prevent secondary ignition events without manual intervention.
The FDG-X304 series supports industrial standard protocols, including Modbus RTU/TCP, CAN bus, and analog 4-20mA interfaces. It converts these signals into cellular (4G/LTE) or Ethernet data packets to facilitate communication between field-level hardware and central SCADA or IoT platforms.
Bus-type networked topologies run multiple sensors and output devices on a single shared cable loop. This reduces cabling requirements by up to 60%, simplifies system diagnostics, and allows you to scale the network by adding new nodes without running new cables back to the control panel.
Yes. Our industrial auxiliary components, power boxes, and solenoid valves are tested to operate across wide temperature ranges, typically from -40°C to +70°C. This allows reliable performance in harsh petrochemical applications and remote pipeline settings.
Our systems monitor sensor signal drift, valve response latency, and electrical load levels. By analyzing this data, maintenance software can identify components showing signs of wear and flag them for servicing before they fail, avoiding unexpected plant shutdowns.
We provide flexible OEM/ODM manufacturing options. Our engineering team can modify internal power topologies, enclosure materials, branding labels, and connection ports to meet specific international industrial project requirements.
Explore our explosion-proof warning alarms, smart data gateways, pressure transmitters, and advanced infrared detection tools.
