• The bevel gear reducer and motor modularized and connected as one, input and output axes in vertical output.
• High bearing capacity, good box rigidity, superior performance, high efficiency, various installation ways.
• The gears are made of high-quality alloy steel, by carburizing, quenching and tooth grinding process.
• Used in transmission mechanism of metallurgy, chemical, cement, light, food, textile and other industries.
• The helical gear reducer and torque motor are connected as a whole, the central axis is coaxial output.
• Large locked-rotor torque, strong overload capacity, smooth operation, low speed, small size, long life.
• The gears are made of high-quality alloy steel, by carburizing, quenching and tooth grinding process.
• Used in drive mechanism of metallurgy, chemical, light, paper making, textile, wire and cable industries.
• Disc type electromagnetic brake, mostly installed in the motor tail end.
• The electromagnetic force of the DC coil is used to control the brake.
• Braking mode is non-excitation braking, easy to automatic control.
• Used in deceleration and parking braking of mechanical and equipment transmission mechanism.
• Designed with slight angular and radial compensation, and reliable operation.
• Complex structure and processing technology, and the manufacturing accuracy is high and difficult.
• Large bearing capacity, noise, can not buffer shock absorption.
• Suitable for large torque transmission and heavy duty machinery in various industries.
• It can compensate the offset of two shafts of transmission.
• Nylon elastic elements, which have high strength and wear resistance characteristics.
• Good buffering, high transmission torque, with brake wheel structure.
• Used in lifting transport machinery, metallurgical, mining equipment and other heavy transmission machinery.
• Driving multiple output shafts via one input shaft, parallel layout, spur gear or helical gear transmission.
• The hardened tooth flank gears made of high quality alloy steel by carburizing, quenching, grinding process.
• Large drive power, high precision, impact resistance, positive and reverse rotation, long service life.
• Used in mechanical transmission of metallurgy, mining, transport, construction, chemical, energy industries.
• Accurately control variables of position, speed and so on, easy to realize intellectualization.
• Voltage signals can be converted into torque and rotation speed to drive the controlled objects.
• Large starting torque, good high-speed performance, wide operation range, anti-overload, no self-rotation.
• For transmission mechanism in metallurgy, light, food, textile, paper, printing and dyeing industries, etc.
• A combined flow control valve composed of the check valve and throttle valve in parallel.
• It has the characteristics of smooth movement, with back pressure.
• The forward flow is throttled while the reverse flow passes directly.
• It is commonly used to control the movement speed of the components.
• The solenoid valve converts the electrical signal into a breath signal to operate the cylinder actuator.
• With memory function, low requirement for air purification, strong anti-dust ability and so on.
• Normally closed and normally open, single electric control and double electric control structures available.
• To control actuator elements such as cylinders and diaphragm cylinders, and for program control air circuits.
• The solenoid valve converts the electrical signal into a breath signal to operate the cylinder actuator.
• Low requirement for air purification, strong anti-dust ability, memory function, various installation forms.
• There are a variety of positions, channels and voltages to be selected.
• To control actuator elements such as cylinders and diaphragm cylinders, and for program control air circuits.
• The solenoid valve converts the electrical signal into a breath signal to operate the cylinder actuator.
• Solenoid pilot, memory function, various installation forms, low air purification requirement, anti-dust.
• There are a variety of channels, positions and voltages to be selected.
• To control actuator elements such as cylinders and diaphragm cylinders, and for program control air circuits.
• A combined flow control valve composed of the check valve and throttle valve in parallel.
• It is with back pressure and stable movement adjustment.
• The forward flow is throttled while the reverse flow passes through directly.
• Applicable for the cases of uniform adjustment of one-way speed of pneumatic actuators.
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