Overview
The CKD D300 distributor is a four-way pneumatic pipe branching component designed for industrial pneumatic systems operating at pressures up to 1.0MPa. This distributor provides a space-efficient solution for routing compressed air to multiple circuits while maintaining high flow capacity through its large effective sectional area. The D300 is engineered for reliable service in machine tool automation, industrial controls, and process pneumatic applications.
Key Features
- Four-way pneumatic distribution for multi-circuit branching
- Maximum operating pressure rating of 1.0MPa (10 bar)
- Large effective sectional area for low pressure drop
- Compact modular design compatible with CKD system components
- Durable construction for industrial automation environments
- Tested, fully functional used condition
Technical Specifications
- Model: D300
- Maximum Pressure Rating: 1.0 MPa (10 bar)
- Configuration: 4-way pipe distributor
- Application Type: Pneumatic pipe branching
- Manufacturer: CKD Corporation
- Condition: Used, fully functional
Typical Applications
- Multi-circuit pneumatic distribution in automated machinery
- Pneumatic system branching in production equipment
- Industrial process control air routing
- Factory automation and robotics support systems
- Retrofit and expansion of existing pneumatic networks
Compatibility & Replacements
Compatible With
- CKD FRL (Filter-Regulator-Lubricator) units
- CKD pneumatic control system components
- Standard industrial pneumatic piping systems rated for 1.0 MPa
- CKD modular T-type bracket mounting systems
- ISO/IEC standard pneumatic connectors and fittings
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. The D300 is part of CKD’s distributor series which includes variants such as D101, D401, and D801 models with different port sizes and configurations.
Works With
- CKD pneumatic product ecosystem (modular design)
- Compressed air distribution networks
- Industrial automation control circuits
- Pneumatic directional and proportional valve systems
