Spec

• Rated voltage: 24 VDC
• Maximum current (Note 1, working pressure range, fluid/water 25°C): 450 mA
• Flow rate (Note 1, Note 3, Note 4, Open Discharge (0 kPa), Fluid/Water 25°C): 400 mL/min
• Working pressure range (Notes 1 and 2, fluid/water 25°C): 0~100 kPa
• Self Absorbing Force (Notes 1 and 3, fluid/air 20°C): 40 kPa
• Rated time (fluid/water 25°C): continuous
• Useful life (Note 5): 6000 hours (MTTF)
• Breaker Rated Current: 1 A
• Power Box Dustproof and Waterproof Protection Grade: IP65
• Applicable fluid: Cutting fluid (water-soluble, water-insoluble)
• Recommended Fluid Viscosity (Notes 4 and 6): 30 mPa•s or Less
• Location: Indoors
• Body Dimensions: 119 mm (L) x 118 mm (W) x 81 mm (H)
• Weight: Body ASSY (Pump, Power Box)/0.6 kg, Power Cord/0.3 kg, Strainer/0.3 kg
• Note 1: Conditions are rated voltage, chiller, and initial operation.
• Note 2: No restart from closed pressure. Also, it cannot be used beyond the working pressure range.
• Note 3: When the fluid becomes cold, the check valve hardens and the flow rate and self-suction force decrease.
• Note 4: When the cutting fluid with high viscosity (2 mPa · s or more) is collected, the flow rate decreases. In particular, when the pump is used with water-insoluble cutting fluid, the fluid viscosity will fluctuate significantly due to temperature changes. Check whether the pump can be used under actual operating conditions.
• Note 5: The useful life (MTTF: mean failure time) is the average accumulated operating time when the product is operated at the rated voltage, open discharge (0 kPa) and water temperature of 25°C and the flow rate is 80% or less of the specified value. Service life depends on operating conditions (Operating pressure, operating fluid temperature, operating fluid viscosity, operating environment, etc.).
• Note 6: Refer to the following equation for conversion from kinematic viscosity [mm2/s] to viscosity [mPa · s]. Viscosity [mPa · s] = Kinematic Viscosity [mm2/s] × Density [g/cm3] (Kinematic Viscosity/1mm2/s=1cSt Viscosity/1 mPa · s=1cP)
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