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ZY-1008 Wire and cable flaker
ZY-1008 Wire and cable flaker 1. Performance and use In order to cooperate with inspection agencies at all levels and wire and cable manufacturers to better implement the GB/T529-2008 "General Test Methods for Wires, Cables and Sheath Materials" standard, for polymer insulation and sheath materials in the GB/T529-2008 standard Under the guidance of relevant experts from the Shanghai Cable Research Institute, the new requirements put forward by the mechanical and physical performance tests have developed a cable die chipper (also called a chipper). This machine adopts a series of technologies to enable the blades to be placed horizontally, replaceable and grind, which meets the requirements of the operating principle of the equipment for preparing samples in GB/T529-2008. Test personnel need to carefully read the contents of the relevant chapters of the GB/T529-2008 standard, carefully read the operating instructions of the machine, understand the use of the machine, and master the specific operating steps and precautions in order to prepare high-quality test pieces. This test slicer is a kind of equipment used for factory testing of rubber and plastic products. It adopts mechanical transmission to feed material and the structure of blade cutting, which can cut various thicknesses of soft plastic, rubber sheet, rubber waterstop within the range of 2-12 mm, and can also be used for slicing some rubber and leather materials. This machine is widely used in rubber, plastic, leather, wire and cable manufacturers, scientific research and other units. This machine is suitable for matching cables and communication cables specified in the standard GB/T529-2008 "General Test Methods for Wires, Cables and Sheathing Materials", including samples for testing the mechanical and physical properties of the polymer insulating sheath materials of marine cables preparation. 2. Main technical specifications Worktable width 160mm The slice width is not more than 100mm (according to different materials, it is recommended that 25-35mm is preferred) Slice thickness 1-12mm Feeding thickness ≤20mm Electric motor Y100-8; 1.1 kW 910 rpm; 380 volts Dimensions (L×W×H) 460×490×1100mm Net weight 115 kg Three, structure and use This slicer is composed of body, transmission, adjustment, manipulation, etc. The structure and use of each part are introduced as follows: 1. Body and transmission The lower part of the fuselage is the machine base, the inside is equipped with electric motors and electrical accessories, the outside is equipped with a motor start emergency stop switch, the upper part of the fuselage is the working part, equipped with left and right frames, worktables, compression shafts, feeding shafts and adjustment structures Wait. When working, start the switch, turn on the motor, the slicer starts to run, and the stop switch stops the slicer. The transmission is driven by a motor, which drives the transmission shaft to rotate through the main and auxiliary pulleys. The gears installed at both ends of the drive shaft respectively drive the lower and upper feed shafts to rotate, and the gears on the upper feed shaft drive the compression shaft to rotate simultaneously. 2. Manipulation and adjustment The right-hand operating handwheel is generally used for adjustment. When working, the wheel is idling to adjust the slice thickness. The system rotates the adjustment handwheel above the rack, and the compression shaft and the upper feeding shaft rise (or fall) through the transmission system. To the required slice thickness. The thickness of the handwheel is adjusted to 2 mm per turn.
ZY-1008 Wire and cable flaker
ZY-1008 Wire and cable flaker 1. Performance and use In order to cooperate with inspection agencies at all levels and wire and cable manufacturers to better implement the GB/T529-2008 "General Test Methods for Wires, Cables and Sheath Materials" standard, for polymer insulation and sheath materials in the GB/T529-2008 standard Under the guidance of relevant experts from the Shanghai Cable Research Institute, the new requirements put forward by the mechanical and physical performance tests have developed a cable die chipper (also called a chipper). This machine adopts a series of technologies to enable the blades to be placed horizontally, replaceable and grind, which meets the requirements of the operating principle of the equipment for preparing samples in GB/T529-2008. Test personnel need to carefully read the contents of the relevant chapters of the GB/T529-2008 standard, carefully read the operating instructions of the machine, understand the use of the machine, and master the specific operating steps and precautions in order to prepare high-quality test pieces. This test slicer is a kind of equipment used for factory testing of rubber and plastic products. It adopts mechanical transmission to feed material and the structure of blade cutting, which can cut various thicknesses of soft plastic, rubber sheet, rubber waterstop within the range of 2-12 mm, and can also be used for slicing some rubber and leather materials. This machine is widely used in rubber, plastic, leather, wire and cable manufacturers, scientific research and other units. This machine is suitable for matching cables and communication cables specified in the standard GB/T529-2008 "General Test Methods for Wires, Cables and Sheathing Materials", including samples for testing the mechanical and physical properties of the polymer insulating sheath materials of marine cables preparation. 2. Main technical specifications Worktable width 160mm The slice width is not more than 100mm (according to different materials, it is recommended that 25-35mm is preferred) Slice thickness 1-12mm Feeding thickness ≤20mm Electric motor Y100-8; 1.1 kW 910 rpm; 380 volts Dimensions (L×W×H) 460×490×1100mm Net weight 115 kg Three, structure and use This slicer is composed of body, transmission, adjustment, manipulation, etc. The structure and use of each part are introduced as follows: 1. Body and transmission The lower part of the fuselage is the machine base, the inside is equipped with electric motors and electrical accessories, the outside is equipped with a motor start emergency stop switch, the upper part of the fuselage is the working part, equipped with left and right frames, worktables, compression shafts, feeding shafts and adjustment structures Wait. When working, start the switch, turn on the motor, the slicer starts to run, and the stop switch stops the slicer. The transmission is driven by a motor, which drives the transmission shaft to rotate through the main and auxiliary pulleys. The gears installed at both ends of the drive shaft respectively drive the lower and upper feed shafts to rotate, and the gears on the upper feed shaft drive the compression shaft to rotate simultaneously. 2. Manipulation and adjustment The right-hand operating handwheel is generally used for adjustment. When working, the wheel is idling to adjust the slice thickness. The system rotates the adjustment handwheel above the rack, and the compression shaft and the upper feeding shaft rise (or fall) through the transmission system. To the required slice thickness. The thickness of the handwheel is adjusted to 2 mm per turn.
Details 白箭头 黑箭头
SQ-300 Rubber and Plastic Flaker
1. Performance and use In order to cooperate with testing institutions at all levels and wire and cable manufacturers to better implement the GB/T2951-2008 "General Test Methods for Cable and Optical Cable Insulation and Sheath Materials" standard, for polymer insulation and sheath materials in the GB/T2951 standard Under the guidance of the relevant experts of the Cable Research Institute, the new requirements put forward by the mechanical and physical performance test, the cable die chipper (also called the chipper) was developed. This machine adopts a series of technologies to enable the blades to be placed horizontally, replaceable and grind, and meet the requirements of the operating principles of the equipment for preparing samples in GB/T 2951 and 2941. The user needs to read the manual of the machine carefully, understand the use method of the machine, master the specific operation steps and precautions, in order to be able to prepare high-quality test pieces. This test slicer is a kind of equipment used for sampling in rubber and plastic products factories. It adopts mechanical transmission to feed material and the structure of blade cutting, which can cut various thicknesses of soft plastic, rubber sheet and rubber waterstop within the range of 1-12 mm, and can also be used for slicing some rubber and leather materials. This machine is widely used in rubber, soft plastic, leather, wire and cable manufacturers, scientific research and other units. This machine is suitable for the matching cables and communication cables specified in the standard GB/T2951-2008 "General Test Methods for Wires, Cables and Sheath Materials", including samples for the mechanical and physical performance testing of polymer insulating sheath materials of marine cables preparation. Meet GB/T2941-2006 "Rubber Physical Sample Method, General Procedure for Sample Preparation and Adjustment". 2. Main technical specifications Worktable width 300mm The slice width is not more than 100mm (according to different materials, it is recommended that 25-35mm is preferred) Slice thickness 1-12mm Feeding thickness is not more than 20mm Working voltage 380V Dimensions L×W×H 500×500×1340mm Net weight 215 kg Three, structure and use This slicer is composed of body, transmission, adjustment, manipulation, etc. The structure and use of each part are introduced as follows: 1. Body and transmission The lower part of the fuselage is the machine base, the inside is equipped with electric motors and electrical accessories, the outside is equipped with motor start and stop switches, the upper part of the fuselage is the working part, equipped with left and right frames, worktables, compression shafts, feeding shafts and adjustment structures Wait. When working, start the switch, turn on the motor, the slicer starts to run, and the stop switch stops the slicer. The transmission is driven by a motor, which drives the transmission shaft to rotate through the main and auxiliary pulleys. The gears installed at both ends of the drive shaft respectively drive the lower and upper feed shafts to rotate, and the gears on the upper feed shaft drive the compression shaft to rotate simultaneously. 2. Manipulation and adjustment The top operating handwheel is generally used for adjustment. This wheel is idling during work. The slice thickness is adjusted by rotating the adjustment handwheel above the frame to drive the compression shaft of the transmission system and the upper feeding shaft to rise (or fall) to the position The required slice thickness. The thickness of the handwheel is adjusted to 2 mm per turn.
SQ-300 Rubber and Plastic Flaker
1. Performance and use In order to cooperate with testing institutions at all levels and wire and cable manufacturers to better implement the GB/T2951-2008 "General Test Methods for Cable and Optical Cable Insulation and Sheath Materials" standard, for polymer insulation and sheath materials in the GB/T2951 standard Under the guidance of the relevant experts of the Cable Research Institute, the new requirements put forward by the mechanical and physical performance test, the cable die chipper (also called the chipper) was developed. This machine adopts a series of technologies to enable the blades to be placed horizontally, replaceable and grind, and meet the requirements of the operating principles of the equipment for preparing samples in GB/T 2951 and 2941. The user needs to read the manual of the machine carefully, understand the use method of the machine, master the specific operation steps and precautions, in order to be able to prepare high-quality test pieces. This test slicer is a kind of equipment used for sampling in rubber and plastic products factories. It adopts mechanical transmission to feed material and the structure of blade cutting, which can cut various thicknesses of soft plastic, rubber sheet and rubber waterstop within the range of 1-12 mm, and can also be used for slicing some rubber and leather materials. This machine is widely used in rubber, soft plastic, leather, wire and cable manufacturers, scientific research and other units. This machine is suitable for the matching cables and communication cables specified in the standard GB/T2951-2008 "General Test Methods for Wires, Cables and Sheath Materials", including samples for the mechanical and physical performance testing of polymer insulating sheath materials of marine cables preparation. Meet GB/T2941-2006 "Rubber Physical Sample Method, General Procedure for Sample Preparation and Adjustment". 2. Main technical specifications Worktable width 300mm The slice width is not more than 100mm (according to different materials, it is recommended that 25-35mm is preferred) Slice thickness 1-12mm Feeding thickness is not more than 20mm Working voltage 380V Dimensions L×W×H 500×500×1340mm Net weight 215 kg Three, structure and use This slicer is composed of body, transmission, adjustment, manipulation, etc. The structure and use of each part are introduced as follows: 1. Body and transmission The lower part of the fuselage is the machine base, the inside is equipped with electric motors and electrical accessories, the outside is equipped with motor start and stop switches, the upper part of the fuselage is the working part, equipped with left and right frames, worktables, compression shafts, feeding shafts and adjustment structures Wait. When working, start the switch, turn on the motor, the slicer starts to run, and the stop switch stops the slicer. The transmission is driven by a motor, which drives the transmission shaft to rotate through the main and auxiliary pulleys. The gears installed at both ends of the drive shaft respectively drive the lower and upper feed shafts to rotate, and the gears on the upper feed shaft drive the compression shaft to rotate simultaneously. 2. Manipulation and adjustment The top operating handwheel is generally used for adjustment. This wheel is idling during work. The slice thickness is adjusted by rotating the adjustment handwheel above the frame to drive the compression shaft of the transmission system and the upper feeding shaft to rise (or fall) to the position The required slice thickness. The thickness of the handwheel is adjusted to 2 mm per turn.
Details 白箭头 黑箭头
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