D14-503-001/01 Okuma
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The D14-503-001/01 is a robust input module constructed from aluminum alloy with an anodized surface finish. Manufactured by Okuma and part of the D14 Input Modules series, it features threaded BSP 1\" connections and weighs 0.98 kilograms. It operates within a -40°C to +120°C range.
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Product Description:
Okuma best quality D14-503-001/01 module secures the D14 Input Modules series with heavyweight strength quality from a durable aluminum alloy that allows for strong but lightweight CNC integration. It weighs 0.98 kg which helps to mount without overloading support brackets. The drive has an anodized surface finishes to prevent it from corroding and abrasion in cruel shop conditions. Such material options provide long-term mechanical stability and facilitate maintenance thanks to surface wear avoidance.
The input unit runs between -40 °C to +120 °C temperatures, covering both cold startup conditions and severe enclosure zones without any performance loss. It also holds up to 6 bar pressure rating which accommodates typical hydraulic and pneumatic feed circuits. The device’s size includes 150 mm × 85 mm × 54 mm measurements which easily insert into standard control rack slots and maintain consistent airflow paths for heat dissipation. With a 60 L/min flow rate, it ensures rapid actuation of downstream valves for timely axis engagement. It connects via ISO-standard padding and aligns with common fixture interfaces for straightforward panel wiring.
This D14 unit meets ISO 9001:2015 production standard which guarantees consistent manufacturing quality and traceability. D14-503-001/01 supports a leak rate as low as 0.01% of full scale which minimizes fluid loss in closed-loop systems. It endures burst pressures up to 15 bar and offers a safety margin above normal operating limits to prevent catastrophic failure. The product includes stainless-steel internal passages to resist corrosion from hydraulic fluids. Having a response time of 8 ms enables precise timing of input signals for high-speed machining cycles.