34BH10BT型电磁换向阀/34B※-H10B-T电磁换向阀产品介绍
中文版：
34BH10BT型电磁换向阀是工业自动化控制系统中的重要执行元件，采用电磁驱动方式实现流体介质的精准流向控制。该产品集成模块化设计理念，阀体采用高强度合金材料制造，内部结构经过流体力学优化，可有效降低压力损失，提升系统能效表现。其核心电磁驱动部件选用优质电磁线圈，配合精密加工的滑阀组件，能够在0.1MPa至31.5MPa宽压力范围内保持稳定换向性能，适用于液压油、压缩空气等多种介质环境。
产品配备多规格接口配置，支持G1/4至G3/8标准螺纹连接，便于与不同规格管路系统快速集成。特殊设计的密封结构配合耐磨复合材料，有效提升产品使用寿命，在常温环境下经实验室测试可实现超过百万次换向操作。工作温度范围覆盖-15℃至+80℃，适应多数工业场景需求。电磁线圈防护等级达到IP65标准，内置过载保护装置，确保在电压波动或短时异常工况下的设备安全性。
本系列产品适用于工程机械、注塑成型设备、自动化生产线等领域的流体控制需求，其快速响应特性（典型换向时间≤50ms）可有效提升设备循环效率。通过优化电磁铁散热结构，产品在持续工作状态下仍能保持稳定的温度特性。提供DC12V、DC24V及AC220V多种电压规格选择，满足不同电气系统的配套要求。
英文版：
34BH10BT Solenoid Directional Valve Product Introduction
The 34BH10BT solenoid directional valve is a critical actuator component in industrial automation control systems, employing electromagnetic actuation to precisely regulate fluid flow direction. Featuring a modular design concept, the valve body is constructed from high-strength alloy materials with internal flow path optimization to minimize pressure loss and enhance energy efficiency. The electromagnetic drive unit incorporates premium-grade coils and precision-machined spool assemblies, delivering reliable directional switching performance across a broad pressure range of 0.1MPa to 31.5MPa, compatible with hydraulic oil, compressed air, and other media.
With standardized G1/4 to G3/8 threaded ports, this product enables seamless integration into diverse pipeline systems. The advanced sealing system utilizes wear-resistant composite materials, extending service life to over 1 million cycles under laboratory conditions. Operating temperature range spans from -15℃ to +80℃, meeting requirements for most industrial applications. The IP65-rated coil housing and built-in overload protection ensure operational safety during voltage fluctuations or transient abnormal conditions.
This product series is particularly suitable for fluid control applications in construction machinery, injection molding equipment, and automated production lines. Its rapid response characteristics (typical switching time ≤50ms) contribute to enhanced equipment cycle efficiency. Optimized heat dissipation design maintains stable thermal performance during continuous operation. Available in DC12V, DC24V, and AC220V configurations to accommodate various electrical system requirements.
