A new high performance step motor controller, the JXC*H, pairs with the LEFS*F actuator. Actuator dimensions and mounting are identical to the standard LEFS, allowing an upgrade for existing equipment. I/O and actuator cables are also identical to the standard LEFS.
JSY5000-H clean design valve manifold have a crevice free exterior for low fluid accumulation and easy to clean. With its IP69K enclosure, use of NSF-H1 grease and FDA compliant materials, and SUS316 metal parts, JSY5000-H can be used in applications where high pressure cleaning is required.
JSY5000-H-U single valve sub-plate have a crevice free exterior for low fluid accumulation and is easy to clean. With its IP69K enclosure, use of NSF-H1 grease and FDA compliant materials, and SUS316 metal parts, JSY5000-H-U can be used in applications where high pressure cleaning is required. Flow rate: 1,600 L/min (ANR); Wiring: Lead wire or I/O-Link; Enclosure: IP69K; M12 Connector
PF3A8*H digital flow sensors with modular connection provides simple integration with SMC's AC30 and AC40 series air preparation units. The flow sensor provides instantaneous flow data as well as cumulative air consumption values. In addition to flow data, the PF3A8*H models incorporate pressure and temperature sensing.
PF3A8*H digital flow sensors with modular connection provides simple integration with SMC's AC30 and AC40 series air preparation units. The flow sensor provides instantaneous flow data as well as cumulative air consumption values. In addition to flow data, the PF3A8*H models incorporate pressure and temperature sensing.
The LEFS*G actuator pairs with a high performance step motor controller, the JXC*H.
The JXC*H controller pairs with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The absolute encoders included in the motors retain positional awareness during power-off using sensors, while eliminating battery replacement and recycling waste.
The JXC*H controller pairs with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The absolute encoders included in the motors retain positional awareness during power-off using sensors, while eliminating battery replacement and recycling waste.
The JXC*H controller pairs with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The absolute encoders included in the motors retain positional awareness during power-off using sensors, while eliminating battery replacement and recycling waste.
ISE20C(H)-L is CE and RoHS compliant, with an IP65 enclosure rating.
The JXC*H controller pairs with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The absolute encoders included in the motors retain positional awareness during power-off using sensors, while eliminating battery replacement and recycling waste.
The JXC*H controller pairs with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The absolute encoders included in the motors retain positional awareness during power-off using sensors, while eliminating battery replacement and recycling waste.
The JXC*H controller pairs with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The absolute encoders included in the motors retain positional awareness during power-off using sensors, while eliminating battery replacement and recycling waste.
The JXC*H controller pairs with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The absolute encoders included in the motors retain positional awareness during power-off using sensors, while eliminating battery replacement and recycling waste.
The JXC*H controller pairs with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The absolute encoders included in the motors retain positional awareness during power-off using sensors, while eliminating battery replacement and recycling waste.
FKM seal material and Class H coil insulation to suit the high fluid temperature application are standard. Available in brass and stainless steel. Flow rate ranges from Cv of 1.9 to 49 IP65 enclosure; For use with high temperature oil, viscosity not exceed 50mm²/s; Fluid temperature: -5 to 100°C; Class H coil insulation; Port size: 1/4 to 1 inch. Flange: 32A to 50A
The JXC*H controller pairs with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The absolute encoders included in the motors retain positional awareness during power-off using sensors, while eliminating battery replacement and recycling waste.
Body sizes: 16, 25, 32, 40; Stroke range: 50 to 1200mm in 50mm increments; Maximum work load: 80 kg (horizontal); 40 kg (vertical); Maximum speed: 1200mm/s (H lead, size 25); Maximum acceleration: 10,000 mm/s² (horizontal); 5,000 mm/s² (vertical); Positioning repeatability: ±0.015mm (Lead H: ±0.02mm); Motor type: 24 VDC step motor with battery-less absolute encoder
Body sizes: 16, 25, 32, 40; Stroke range: 50 to 1200mm in 50mm increments; Maximum work load: 80 kg (horizontal); 40 kg (vertical); Maximum speed: 1200mm/s (H lead, size 25); Maximum acceleration: 10,000 mm/s² (horizontal); 5,000 mm/s² (vertical); Positioning repeatability: ±0.015mm (Lead H: ±0.02mm); Motor type: 24 VDC step motor with battery-less absolute encoder
The MGPM-H/R is a compact body, end lock actuator integrated with internal guide shafts to isolate the load bearing from the movement of the actuator's rod and seals. The end lock can be specified for either the head end (H) or rod end (R) of the stroke.