Shutter Motors

50Nm Standard/ Straight Rated Torque : 50 Newton Meters Rated Speed (RPM) : 13 Maximum No. of Turns : 22 The lifting capacity of all motors is based on Newton’s Law of Motion. In summary, Newton law of motion states that Torque equal to the radius of Motors Tube times the weight being lifted. The theoretical lifting capacity reduced by several factors, such as material dimensions (height and thickness of slats), friction of material in the track, length and height of curtain, installation techniques and accessories (end retention slat locks). The lifting capacity chart below is based on the Newton’s Law of motions and includes as 25% reduction of the theoretical capacity to compensate for the factor described above. This chart is provided as an indicator of the amount of weight each motor can lift. The actual capacity depends on the amount of external factors deviate from the theoretical environment. Also included below is a lifting capacity charts which includes a 30% safety factor. This shows the effects when externals factors are greater than the assumption of 25%. Length : 557mm Rated Current : 2.20 Amp

50Nm Radio Motor Rated Torque : 50 Newton Meters Rated Speed (RPM) : 13 Maximum No. of Turns : 22 Length : 697mm Rated Current : 2.20 Amp Recommended Lifting Weight Capacity Chart The lifting capacity of all motors is based on Newton’s Law of Motion. In summary, Newton law of motion states that Torque equal to the radius of Motors Tube times the weight being lifted. The theoretical lifting capacity reduced by several factors, such as material dimensions (height and thickness of slats), friction of material in the track, length and height of curtain, installation techniques and accessories (end retention slat locks). The lifting capacity chart below is based on the Newton’s Law of motions and includes as 25% reduction of the theoretical capacity to compensate for the factor described above. This chart is provided as an indicator of the amount of weight each motor can lift. The actual capacity depends on the amount of external factors deviate from the theoretical environment. Also included below is a lifting capacity charts which includes a 30% safety factor. This shows the effects when externals factors are greater than the assumption of 25%.

45RM – 50 Radio manual Rated Torque : 50 Newton Meters Rated Speed (RPM) : 13 Maximum No. of Turns : 22 Length : 768mm Rated Current : 2.20 Amp In summary, Newton law of motion states that Torque equal to the radius of Motors Tube times the weight being lifted. The theoretical lifting capacity reduced by several factors, such as material dimensions (height and thickness of slats), friction of material in the track, length and height of curtain, installation techniques and accessories (end retention slat locks). The lifting capacity chart below is based on the Newton’s Law of motions and includes as 25% reduction of the theoretical capacity to compensate for the factor described above. This chart is provided as an indicator of the amount of weight each motor can lift. The actual capacity depends on the amount of external factors deviate from the theoretical environment. Also included below is a lifting capacity charts which includes a 30% safety factor. This shows the effects when externals factors are greater than the assumption of 25%. Length : 557mm Rated Current : 2.20 Amp

50 Nm Manual/Motor Rated Torque : 50 Newton Meters Rated Speed (RPM) : 13 Maximum No. of Turns : 22 Length : 618mm Rated Current : 2.20 Amp In summary, Newton law of motion states that Torque equal to the radius of Motors Tube times the weight being lifted. The theoretical lifting capacity reduced by several factors, such as material dimensions (height and thickness of slats), friction of material in the track, length and height of curtain, installation techniques and accessories (end retention slat locks). The lifting capacity chart below is based on the Newton’s Law of motions and includes as 25% reduction of the theoretical capacity to compensate for the factor described above. This chart is provided as an indicator of the amount of weight each motor can lift. The actual capacity depends on the amount of external factors deviate from the theoretical environment. Also included below is a lifting capacity charts which includes a 30% safety factor. This shows the effects when externals factors are greater than the assumption of 25%. Length : 557mm Rated Current : 2.20 Amp

100Nm straight Motor 4 wires In summary, Newton law of motion states that Torque equal to the radius of Motors Tube times the weight being lifted. The theoretical lifting capacity reduced by several factors, such as material dimensions (height and thickness of slats), friction of material in the track, length and height of curtain, installation techniques and accessories (end retention slat locks). The lifting capacity chart below is based on the Newton’s Law of motions and includes as 25% reduction of the theoretical capacity to compensate for the factor described above. This chart is provided as an indicator of the amount of weight each motor can lift. The actual capacity depends on the amount of external factors deviate from the theoretical environment. Also included below is a lifting capacity charts which includes a 30% safety factor. This shows the effects when externals factors are greater than the assumption of 25%. Length : 557mm Rated Current : 2.20 Amp

100Nm Radio Manual Override In summary, Newton law of motion states that Torque equal to the radius of Motors Tube times the weight being lifted. The theoretical lifting capacity reduced by several factors, such as material dimensions (height and thickness of slats), friction of material in the track, length and height of curtain, installation techniques and accessories (end retention slat locks). The lifting capacity chart below is based on the Newton’s Law of motions and includes as 25% reduction of the theoretical capacity to compensate for the factor described above. This chart is provided as an indicator of the amount of weight each motor can lift. The actual capacity depends on the amount of external factors deviate from the theoretical environment. Also included below is a lifting capacity charts which includes a 30% safety factor. This shows the effects when externals factors are greater than the assumption of 25%. Length : 557mm Rated Current : 2.20 Amp

100 NM Manual/Motor Rated Torque : 100 Newton Meters Rated Speed (RPM) : 11 Maximum No. of Turns : 22 Length : 638mm Rated Current : 2.94 Amp In summary, Newton law of motion states that Torque equal to the radius of Motors Tube times the weight being lifted. The theoretical lifting capacity reduced by several factors, such as material dimensions (height and thickness of slats), friction of material in the track, length and height of curtain, installation techniques and accessories (end retention slat locks). The lifting capacity chart below is based on the Newton’s Law of motions and includes as 25% reduction of the theoretical capacity to compensate for the factor described above. This chart is provided as an indicator of the amount of weight each motor can lift. The actual capacity depends on the amount of external factors deviate from the theoretical environment. Also included below is a lifting capacity charts which includes a 30% safety factor. This shows the effects when externals factors are greater than the assumption of 25%. Length : 557mm Rated Current : 2.20 Amp

300Nm Standard Motor Rated Torque : 300 Newton Meters Rated Speed (RPM) : 11 Maximum No. of Turns : 30 Length : 593mm Rated Current : 8.17 Amp In summary, Newton law of motion states that Torque equal to the radius of Motors Tube times the weight being lifted. The theoretical lifting capacity reduced by several factors, such as material dimensions (height and thickness of slats), friction of material in the track, length and height of curtain, installation techniques and accessories (end retention slat locks). The lifting capacity chart below is based on the Newton’s Law of motions and includes as 25% reduction of the theoretical capacity to compensate for the factor described above. This chart is provided as an indicator of the amount of weight each motor can lift. The actual capacity depends on the amount of external factors deviate from the theoretical environment. Also included below is a lifting capacity charts which includes a 30% safety factor. This shows the effects when externals factors are greater than the assumption of 25%. Length : 557mm Rated Current : 2.20 Amp

300Nm Manual Motor Rated Torque : 300 Newton Meters Rated Speed (RPM) : 11 Maximum No. of Turns : 30 Length : 593mm Rated Current : 8.17 Amp In summary, Newton law of motion states that Torque equal to the radius of Motors Tube times the weight being lifted. The theoretical lifting capacity reduced by several factors, such as material dimensions (height and thickness of slats), friction of material in the track, length and height of curtain, installation techniques and accessories (end retention slat locks). The lifting capacity chart below is based on the Newton’s Law of motions and includes as 25% reduction of the theoretical capacity to compensate for the factor described above. This chart is provided as an indicator of the amount of weight each motor can lift. The actual capacity depends on the amount of external factors deviate from the theoretical environment. Also included below is a lifting capacity charts which includes a 30% safety factor. This shows the effects when externals factors are greater than the assumption of 25%. Length : 557mm Rated Current : 2.20 Amp

100Nm Radio Motor Rated Torque : 100 Newton Meters Rated Speed (RPM) : 11 Maximum No. of Turns : 22 Length : 768mm Rated Current : 2.94 Amp In summary, Newton law of motion states that Torque equal to the radius of Motors Tube times the weight being lifted. The theoretical lifting capacity reduced by several factors, such as material dimensions (height and thickness of slats), friction of material in the track, length and height of curtain, installation techniques and accessories (end retention slat locks). The lifting capacity chart below is based on the Newton’s Law of motions and includes as 25% reduction of the theoretical capacity to compensate for the factor described above. This chart is provided as an indicator of the amount of weight each motor can lift. The actual capacity depends on the amount of external factors deviate from the theoretical environment. Also included below is a lifting capacity charts which includes a 30% safety factor. This shows the effects when externals factors are greater than the assumption of 25%. Length : 557mm Rated Current : 2.20 Amp