Center Space | 3.81mm |
Wire Range | 20-16AWG |
Screw Torque | 2 lbf . in |
Rated Current | 300V,10A |
Surge Voltage | 2000V |
Insulation Body | PA66,UL94,V-0 |
Screw Material | M2,STEEL |
Terminal Body | BRASS |
Temperature | -40°C-105°C |
FE 1.5-3.81-00-XX
Our PCB screw terminal block delivers secure and efficient wire-to-board connections for complex industrial systems. Engineered with a compact 3.81mm pitch, this European style connector maximizes board space without compromising electrical safety. Designed strictly following EN 61984 standards, our terminal block provides a dependable solution for low-voltage signal transmission. Integrating high-purity brass contacts and a resilient PA66 nylon housing, it ensures long-term operational stability in demanding electrical control environments.
Strictly adhering to EN 61984 electrical standards, our European type terminal features a universal 3.81mm pin distance. The calculated electrical clearance and creepage distance fully satisfy the stringent safety requirements for low-voltage weak electricity. It can be used with mainstream European standard industrial control modules such as Siemens and Mitsubishi PLC. The remote I/O unit seamlessly interfaces with industry standard installation, allowing direct integration into existing electrical network systems without requiring additional adaptation components.
We construct the housing from high-insulation PA66 reinforced nylon, achieving V-0 flame retardant ratings. This robust exterior effectively eliminates electrical fire risks while resisting harsh corrosive elements. The internal conductive contacts utilize precision-processed brass with advanced tin plating, significantly reducing contact resistance. This premium material combination guarantees highly accurate weak current signal transmission without noticeable data attenuation.
The extremely narrow 3.81mm spacing achieves an exceptionally dense printed circuit board layout. This highly adaptable structural design conserves valuable board installation space, making it a preferred internal component for miniaturized electrical control modules. It effectively improves the overall internal space utilization of your integrated equipment while maintaining strict safety insulation distances. This intelligent layout optimization reduces overall enclosure sizing requirements.
Engineered specifically for demanding conventional industrial environments, the reinforced structural design of the solder joints prevents accidental loosening. It easily withstands slight continuous vibrations during daily heavy machinery operations. Fully compatible with standardized wave and reflow soldering processes, our industrial automation connector ensures uncompromised electrical continuity. This superior mechanical reliability across extended lifecycles minimizes costly field maintenance intervals.
Our industrial automation connector provides essential wiring solutions for highly complex manufacturing environments. It is widely applied in PLC programmable controller I/O board terminal wiring and remote acquisition module signal conversion. Facilities utilize these components for servo driver and inverter weak current control terminal connections. Furthermore, they ensure reliable signal docking for industrial robot joint control modules and automated production line sensors.
Integrating smart technology into modern infrastructure requires dependable weak current transmission components. This terminal block is perfectly suited for building automation systems (BA), handling temperature, humidity, and lighting control module wiring. Security integrators rely on our components for alarm system signal conversion modules and access control equipment boards. Additionally, they facilitate secure connections within HVAC small control modules without sacrificing space.
The rapidly evolving renewable energy sector demands highly stable auxiliary control components. Manufacturers integrate our terminal blocks within photovoltaic inverter and energy storage cabinet weak current control modules. They deliver critical auxiliary signal acquisition for new energy charging piles deployed in varying environmental conditions. Our printed circuit board terminal also serves as a vital wiring component for battery management system (BMS) detection modules.
Safety and continuous operation are paramount in rail transportation networks. Our vibration-resistant terminals are specifically applied within small modules for rail transit signal acquisition. They provide steadfast connections for on-board low-voltage auxiliary control equipment subjected to constant transit movement. Furthermore, station infrastructure utilizes these terminal blocks for the wiring of rail transit gate and ticket checking equipment control boards.
As a dedicated terminal manufacturer, we maintain industry-leading automation coverage equipped with over one hundred independently developed automatic assembly machines. This large-scale advanced manufacturing capability guarantees high production efficiency and highly consistent product quality for bulk orders. Our comprehensive in-house testing facility rigorously inspects every production batch. We ensure full compliance with international safety certifications, delivering tailored electrical connection solutions globally.
"XX" indicates the customizable pole number, typically supporting 2P to 24P configurations to flexibly meet multi-channel wiring requirements.
It utilizes a board soldering standard wall-mounted socket structure, fully compatible with automated wave soldering and reflow soldering processes.
The rated voltage is 300V and the rated current is 10A, specifically designed for low-voltage weak current scenarios and signal transmission.
It strictly follows the EN 61984 standard and fully complies with RoHS environmental requirements without added harmful substances.
Typical causes include exceeding the recommended wire diameter, incorrect stripping length, incomplete wire insertion, or weak board connections from false soldering.
