SMC Corporation of America
Elite Part Number Search
Search Results "HRL300-AN-40-T2"

Rated Flow Range: 20 (2 to 16 L/min), Flow Adjustment Valve: None, Thread: N (NPT), Port Size: 04 (1/2), Output Specification: A (OUT1: NPN; OUT2: NPN), Temperature Sensor: None, Lead Wire: N (w/o Lead Wire w/M8 Connector), Unit Specification: J (Instantaneous Flow Rate: L/min; Accumulated Flow: L; Temp: °F), Bracket: None, Calibration Certificate: A (Calibration Certificate)

SMC has introduced an improved version of KQ2 series, and recommends that you utilize the new series for your product designs.

Yes, it can be changed. Remove the adjustment bolts and replace them with the shock absorbers listed in the “Specifications” section in the catalog.
Keep the hexagon nut and seal washer, as they will also be used with the internal shock absorbers.
Precautions:
① Make sure it is known that the product specifications have been changed from those indicated by the part number on the

There are 3 basic methods of stopping an electric actuator using an LECP6/LECA6 series controller.
① By using the power supply connector EMG terminal (OFF/OFF)
② By using RESET (alarm reset and operation interruption)
③ By using HOLD (operation pause)
Of the 3 methods, ② and ③ are performed with the servo ON.

Cooling Capacity: 050 [Cooling Capacity: 4500/5000 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: V (Stainless Steel Panel Specification)

Cooling Capacity: 018 [Cooling Capacity: 1700/1900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: JLV (J + L + V)

Cooling Capacity: 030 [Cooling Capacity: 2500/2900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: JLV (J + L + V)

Cooling Capacity: 030 [Cooling Capacity: 2500/2900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: L (Large Capacity Tank Specification)

Cooling Capacity: 030 [Cooling Capacity: 2500/2900 W (50/60 Hz)], Pipe Thread: N (NPT with PT-NPT Conversion Fitting Set), Option: LTV (L + T + V)