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The Bolt Hinged Fastening System is ideal for belt conveyor applications subject to length adjustments because the joint can be separated easily by removing the hinge pin. A combination of penetration and compression delivers strength and reliability to belts operating over smaller pulleys.
PLATE FASTENER SELECTION CHART | |||||||
Technical Details | Packaging | ||||||
Fastener Code – Size | Tension Range | Suitable Belt Thickness | Min. Pulley Diameter | Material Options | Box Content | Box Weight | Bow Dimensions |
10 – 1” | 40 kN/m | 5-8 mm | 250 mm | Steel, 304Q SS 316Q SS |
Unmounted | 15 kg | 25x17x26 cm |
250 Bottom Plate + | |||||||
250 Bottom Plate + | |||||||
500 Nuts + | |||||||
500 Bolts + | |||||||
500 Plastic Rings | |||||||
BR11 – 1.1/4” | 75 kN/m | 7-10 mm | 350 mm | Steel, 304Q SS 316Q SS |
Unmounted | 20.5 kg | 25x34x26 cm |
250 Bottom Plate + | |||||||
250 Bottom Plate + | |||||||
500 Nuts + | |||||||
500 Bolts + | |||||||
500 Plastic Rings | |||||||
BR12 – 1.1/2” | 75 kN/m | 8-12 mm | 450 mm | Steel, 304Q SS 316Q SS |
Unmounted | 24 kg | 25x34x26 cm |
250 Bottom Plate + | |||||||
250 Bottom Plate + | |||||||
500 Nuts + | |||||||
500 Bolts + | |||||||
500 Plastic Rings | |||||||
BR20 – 2” | 75 kN/m | 8-15 mm | 750 mm | Steel, 304Q SS 316Q SS |
Unmounted | 29 kg | 25x34x26 cm |
250 Bottom Plate + | |||||||
250 Bottom Plate + | |||||||
500 Nuts + | |||||||
500 Bolts + | |||||||
500 Plastic Rings | |||||||
BR20 – 2” | 75 kN/m | 8-15 mm | 750 mm | Steel, 304Q SS 316Q SS |
Unmounted | 29 kg | 25x34x26 cm |
Fixed Bolt | 250 Bottom Plate + | ||||||
250 Upper Plate with | |||||||
500 Fixed Bolts + | |||||||
500 Nuts | |||||||
BR21 – 2.1/2” | 100 kN/m | 12-20 mm | 1050 mm | Steel, 304Q SS 316Q SS |
Unmounted | 25.5 kg | 25x34x26 cm |
100 Bottom Plate + | |||||||
100 Upper Plate + | |||||||
200 Nuts + | |||||||
200 Bolts | |||||||
BR30 – 3” | 100 kN/m | 15-30 mm | 1200 mm | Steel, 304Q SS 316Q SS |
Unmounted | 28 kg | 25x34x26 cm |
100 Bottom Plate + | |||||||
100 Upper Plate + | |||||||
200 Nuts + | |||||||
200 Bolts | |||||||
BR40 – 4” | 150 kN/m | 15-30 mm | 1500 mm | Steel, 304Q SS 316Q SS |
Unmounted | 28 kg | 25x34x26 cm |
100 Bottom Plate + | |||||||
100 Upper Plate + | |||||||
400 Nuts + | |||||||
400 Bolts | |||||||
Shipping Policy
According to your country. Click on "Request for inquiry" and specify your country
We will send you our offer CFR.
Brass is an alloy of copper and zinc. The proportions of zinc and copper can be varied to create a range of brasses with varying properties. Brass has higher malleability than bronze. The relatively low melting point of brass (900C to 940C, 1652F to 1724F, depending on composition) and its flow characteristics make it a relatively easy material to cast. By varying the proportions of copper and zinc, the properties of the brass can be changed, allowing hard and soft brasses.
Brass bars are the most widely used and least expensive of copper-based alloys. They have relatively good corrosion resistance, moderately high strength, and in some compositions exceptionally good ductility and excellent forming characteristics when shaped by pressing, deep drawing, rolling and machining. Improved tensile properties are the result of cold working. After cold working, they can be softened and recrystallized by appropriate annealing. Adding lead to the brasses results in free cutting of free-machining alloys in which the elemental lead is present as uniformly dispersed particles. The high content of lead results in a relatively low ductility and plasticity.
360 brass is a soft, ductile metal with outstanding corrosion resistance and excellent cold formability. It has a machinability rating of 100%, allowing it to be used at the highest capabilities of any screw machine work. In addition to screw machine parts, it is typically used for plumbing products, connectors, electronic components, circuit board relays, and more.
Alro stocks brass in 360 (C36000) grade in flat, hex, round, rod, and square. 260 brass (C26000) is stocked in sheet and plate form. Tubing and special shapes are available upon request.
General features
FORCE Series Variable Rake Hydraulic Guillotine Shears that provide the appropriate solutions for your needs proved to be user-friendly with its advanced technological features produced with high efficiency, precision and performance criteria. The FORCE Series Variable Rake Hydraulic
Guillotine Shears has proved to be the best and most durable in the industry with its ease of use.
When you enter the length, thickness and material information of the sheet which will be cut into the easily programmable control unit; gap distance, cutting angle stroke and cutting length are automatically adjusted instantaneously.
While providing flexibility for different production requirements, the time loss eliminated by targeting high productivity.
• The machine frame manufactured with advanced technology with exact tolerances and stress relieved with welded components. All tensile points are designed with large radii and strain accumulation and possible welding cracks are eliminated.
• The lower table and upper table inertia created for optimum value for the minimum deformation affecting the cutting quality.
• The top plate designed to positioned vertically so that the roller bearings, piston bearings, and felts can compensate for vertical loads.
• The hydraulic cylinder is intended to be double-sided and honed to surface quality of 2 microns. Thus, minimum wear resistance is created for the felts. The cylinder bodies manufactured as SAE 1040 material forged.
• The hydraulic cylinders specially designed and the upper table mounted with cylinder springs and doubly secure to cylinders as a spherical connection. At this point, the power generated during cutting distributed to the machine body.
• Piston head features: Omega-type felts fitted with full bronze bearings, semi-angled sleeves.
• The Hilalsan hydraulic system allows precise usage at all pressure values up to the maximum operating pressure. At the same time, with these pressure values, precise cylinder positioning, synchronization, and repeatability are achieved.
• Backgauge system manufactured in accordance with environmental conditions. Backgauge bearings made for heavy conditions with double bearers. Scrapping type bearings used against dust and other particles that will accumulate in the linear guideways against dusty environmental conditions.
• The outer surface of the machine is painted with two layers of paint at least 60 microns in thickness to protect against weather conditions. Paint drying is done gradually in a different time and temperature ranges in state-of-the-art ovens.
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