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The following products are available in cumstomized design:
Manufacturing of punched copper and aluminium busbars
Manufacturing of earth and neutral busbars
Manufacturing of stamped and punched copper and aluminium parts according to your samples or drawings
Manufacturing of bended and finished-worked copper- and aluminium bars
Manufacturing of punched and bended copper- and bimetallic sheets
Manufacturing of welded copper- and aluminium parts
Manufacturing of non ferrous metal parts on metal working lathes and milling machines Manufacturing of insulating parts consisting out of high performance materials up to a temperature resistance of + 1500° C
Manufacturing of busbar supports and other accessories
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For safe, reliable transmission of energy and data, designed of loads of 10 A to 2000 A, variable number of poles and dedicated solutions for specific applications.
- Enclosed conductor rails -
With 5 or 7 poles, individual configuration, various connection systems available as a function of assembly and operating conditions, for indoor and outdoor operation, for straight or curved travel, for loads between 35 A and 140 A
- Multipole conductor rails -
Standard models with 3, 4 or 5 poles, compact hanger clamps (with a single screw) permit configuration of systems with 6, 7 or 8 poles, for loads between 10 A and 125 A
- Single-pole insulated conductor rails -
Number of poles according to specifications, universal installation brackets, for indoor and outdoor operation, heatable, for straight or curved travel, for loads between 10 A and 2000 A
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LSV and LSVG are compact and safe conductor lines with aluminium housing. These systems are ideal for indoor and outdoor use, for all types of installations like cranes, monorails, hoists, power tools, machine tools, storage and retrieval systems, and many other mobile machinery applications. They are especially well suited for higher ambient temperatures. The systems can be supplied with 4 - 11 conductors rated from 60 up to 300 Amp. The housing consists of two prefabricated profiles.The polarizing long and short lip profiles prevent accidental reversal and avoid phase reversing of current collectors. An anodized finish is available for aggressive site conditions. Standard lengths are 1 / 2 / 3 / 4 m.
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The Copperhead Conductor Rail was invented by PAUL VAHLE in the year 1912, and from this beginning the VAHLE COMPANY continuously improved and developed the many Rail Systems, detailed in this catalogue. The "T" or "hollow T" section and the extruded copperhead is drawn through a special die, which compresses the copper flanges around the dovetail head of the rail, connecting the two components to a 100 % rigid unit.
The well-known VAHLE Copperhead Conductor Rails represent a neat and compact arrangement and have proven an outstanding success for safe power feeding of: Travelling cranes, Loading bridges, Container handling equipment, Monorails, Hoists, Coking machinery and many other applications. The VAHLE Copperhead Conductor Rails are available in sizes to meet individual current requirements from 200 to 3.000 Amps.
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The insulated conductor U 10 is being used for main and control supply and data transmission (Powercom) for monorail systems. Sliprings and multipole slipring units can be made of it. Capacity: 10 - 100 Amps.
U 20 - U 30 - U 40 are single phase, insulated conductors, for indoor or outdoor installation. Compact hangers allow space saving arrangements; from 60 to 1,000 Amps.; with collectors from 15 to 400 Amps. Capacity. Recommended for: Runway conductors for overhead cranes, gantry cranes, shipyard and port cranes, AS/RS systems, automated material handling systems, testing installations, elevators, people mover systems, etc.
U 15 - U 25 - U 35 are single phase insulated conductors, for indoor or outdoor installation; from 10 to 860 Amps. Recommended for: Runway conductors for overhead cranes, gantry cranes, shipyard and port cranes, AS/RS systems, monorail systems, elevators, sliding doors, data and signal transmission, amusement rides, high voltage installations, etc.
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Insulated flexible busbars consist of several layers of uncoated or tinned copper strips and are insulated with flexible high quality PVC compound. Such busbars have some outstanding advantages such as:
* Easy assembly
* Possibility of reducing sizes of the equipment
* Lower temperature rise
* High flexibility
These advantages make it possible to install them into difficult equipment or small places very easily. They will be particularly well used as connectors in switchgears and between transformers, switching devices and prefabricated power networks.
KINTO is one of the leading suppliers in China specialized in manufacture of copper parts for electrical applications.
Product range:
- copper flexible connectors made out of copper strips
- copper flexible connectors made out of baided tapes or stranded ropes
- flexible insulated busbars
- primary copper contacts
- primary copper connectors
- copper clamps and other customer copper parts
We use technologies such as press-/diffusion welding, braze welding, cold-pressing, stamping, deep-drawing and high precision machining.
The contact areas can be zinned or silver-coated according to customers' requirements.
We are a ISO9001 certificated company with strict quality assurance system, and we have advanced production and testing equipments to assure the quality of each product
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Prefabricated busbars trunking for lighting systems
Description
Canalis KBA busbar trunking is a full and compatible range for lighting systems in small and medium-height buildings (garages, workshop, supermarket). It’s compatible with Canalis KBL lights, pre-mounted and pre-cabled in the factory
Technical characteristics of Canalis KBA:
Length of busbar trunking components: 2 or 3m
Rated service current:25 and 40A
Rated tape off units current:10 and 16A
Rated insulating voltage : 690V
Number of circuits:1 circuit (2 or 4 conductors)
Protection index :IP55
Surface treatment:galvanized or white Ral 9010
Regulations:compliant with IEC 60439-2
Technical characteristics of Canalis KBL:
Power:from 2x35W to 2x80W with ferro-magnetic or electronic ballast
for T5 or T8 tubes
Protection index:IP20 or IP55
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Our range of connectors and fittings covers every application in an electrical network. We provide a full line of connectors and accessories for low, medium and high-voltage cable and overhead networks, substations, grounding applications, rail transport infrastructure, industrial applications and accessories for overhead optical fiber lines (OPGW and ADSS). We have established a first class reputation as experts in the design, testing and manufacture of these products.
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Flexible busbar trunking for lighting distribution
Description
Due to its flexible design, Canalis KDP busbar trunking simplifies routing and thus, reduces design and installation times. It is the optimum solution for installations with false ceilings or floors
Technical characteristics:
Length of busbar trunking components: 24m roll or 192m winder
Rated service current:20A
Permissible rated peak current:3,6kA
Rated tape off units current:10 and 16A
Rated insulating voltage:690V
Number of conductors:2 or 4 + PE
Centre to centre distance between tape off units:1,2m to 3m
Centre to centre distance between tape off units:1,2m to 3m
Protection index:IP55
Regulations:compliant with IEC 60439-2
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Carts sensors equipped with brushes carbon-bronzes, high quality, quasi non-existent wear (not of junction copper to the seals fish-plates). Body, platinum and connection box polyamide charged glass fiber. Screw with eyelet and passivated galvanized steel chain. Possibility of twinning the sensors.
Continuity: bandage copper uninterrupted, conducting uninterrupted copper, not of junction = not of wear. Perfect dilation. Always possible extension, one puts a box of connection and one extends with a new section.
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... see all the products in the category
Busbars
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For switchboards and motor control centres, solid copper bar has to be tailored to fit. The SML busbar work-centre has been specifically designed for this application.
Bars can be accurately cut to length without any burr or distortion and only 5mm of waste. Clearance holes for fixing bolts can be punched out using a template or pencil markings as a guide for the centre pointer of the punch. The bar can then be bent to the desired angle
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The unique SLB 125 three-in-one busbar tool guarantees effortless cutting,
bending and punching of aluminium and copper busbars. Whether in the work shop
or at the construction site - the basic unit transformes into a cutting,
bending- or punching machine within seconds. Busbar fabrication from a single
mould:
Precise, simple and quick.
Advantages:
• Especially robust and stiff frame.
• Very high quality cutting, bending and punching.
• High operating safety with the built-in safety system.
• Lightning-swift tool changes with a minimum of
manipulation.
• The 150 bar low-pressure system ensures a long
service life and very fast cycle times.
• Punches copper and aluminium busbars up to
13 mm thick, elongated holes up to 21 x 14 mm
and round holes up to 21 mm in diameter.
• Busbars bent accurately up to 120° - very accurate
reproducibility of the set angle.
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This inexpensive and rugged machine can be bolted to any solid surface. The fully welded construction ensures that it will give years of maintenance-free service. It is simple and quick to use and has all the necessary features to ensure accurate repeatability.
The bender features an eccentric quick-clamping block which locks the copper bar in place. An extension bar provides the leverage to bend the copper round a 10mm radius former. An adjustable stop can be positioned to limit the bending angle and an adjustable length stop can be set to ensure that the bend is at the correct distance from the end of the bar.
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A production machine for 3 applications :
- cutting
- punching
- bending flexible and rigid bars
Very quick tool changeover.
2 drive systems available :
- hand-operated hydraulic pump
- electro-hydraulic unit
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The "Ready to Operate" high end busbar fabrication system for large production scales.
Three individual stations for cutting, punching and bending of busbars up to 160x13mm (6"x1/2").
Fast and easy workflow due to conveyor links between all stations. The foremost busbar fabrication from Novopress with "DigiPunch 160" and BGD-4, for unsurpassed precision on all punching and bending jobs
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Synchroniser – type FAS-115DG
The FAS-115DG synchroniser is applied for synchronisation of a generator to the busbar and closing of its circuit breaker when the voltage difference, the slip frequency and the phase angles are within the preset limits. Moreover, this synchroniser offers voltage-matching.
Features include
> Synchronisation of generator to busbar
> Circuit breaker time compensation
> Voltage-matching
> LED indication of status
> LED for activated control
> LED for synchronising signal
> 35 mm DIN rail or base-mounting
The synchroniser can be applied in conjunction with a wide range of prime movers, as its control pulses may be set to fit several types – from slowly reacting diesel engines to swiftly reacting gas turbines.
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The SIPROTEC 7SS60 system is an inexpensive numerical differential current protection for busbars in a centralized configuration.
It is suitable for all voltage levels and can be adapted to a large variety of busbar configurations with an unlimited number of feeders. The components are designed for single busbars, 1½-breaker configurations and double busbars with or without couplers.
The use of matching transformers allows phase-selective measurement. Single-phase measurement can be achieved by using summation current transformers.
Features
• Optimized for single busbar and 1½ circuit-breaker configurations
• Suitable for double busbars with or without couplers
• Separate check zone possible
• Short trip times
• Unlimited number of feeders
• Differential current principle
• Low-impedance measuring method
• Numerical measured-value processing
• Suitable for all voltage levels
• Low demands on CTs thanks to additional restraint
• Measured-value acquisition via summation current transformer or phase-selective matching transformers
• Maintained TRIP command (lockout function)
• Centralized, compact design
• Combinative with separate breaker failure protection
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SIPROTEC 7SS52 numerical protection is a selective, reliable and fast protection for busbar faults and breaker failure in medium, high and extra-high voltage substations with various possible busbar configurations.
The protection is suitable for all switchgear types with iron-core or linearized current transformers. The short tripping time is especially advantageous for applications with high fault levels or where fast fault clearance is required for power system stability.
The modular hardware allows the protection to be optimally matched to the busbar configuration. The decentralized arrangement allows the cabling costs in the substation to be drastically reduced. The 7SS52 busbar protection caters for single, double or triple busbar systems with or without and quadruple busbar systems without transfer bus with up to: 48 bays, 16 bus couplers, and 24 sectionalizing isolators and 12 busbar sections.
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Working on copper bars CISABARRE CM1
A production machine
for 3 applications :
- cutting
- punching
- bending flexible
and rigid bars
Hydraulic edge type bending machine, for copper bars up to 125X10 mm.
Operated by CME electro-hydraulic unit (same as "Cisabarre").
Easy machine to use, with electric triggering stop for repetitive folds, main angles engraved on the working surface, extendable support arm to hold long bars.
Technical specifications
- Weight : 107 KG
- Measurements (without the support arm): 900X520X280
- Size of the bars to be bent: 125X10 mm max
- Machine to be placed on a workbench
- Minimum distance between two opposite 90° bends: 65 mm
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The digital bending bench BGD-5eco
The new BGD-5eco sets a new standard for bus bar bending with outstanding precision and speed at economical prices. No other bending machine will
match its range of features and performance at low entry price levels.
Equipped with the essential - Digital Angle Encoder - the BGD-5eco offers
unsurpassed simplicity and control with full automatic spring back compensation
and bending accuracy to 0.2 degrees. Consequently it will vanquish any need for
trial bends and significantly reduce cost on faulty bend busbars. On top, the
digital stroke encoder minimizes idle movement for the absolute shortest cycle
times. Additional accessories like step or edge benders, are also easy and
preciseley controlled by the digital stroke encoder.
Advantages:
• Unsurpassed bending features at economic price.
• Digital Angle Encoder with precision to 0.2° degrees
• Full automatic spring back compensation
• No trial bends. No set up times.
• Digital Stroke Encoder for minimum cycle times.
• Supplied with built in high performance 3Ph power pack
• Optional step- and edge bending tools, for special
bending applications.
• Tight L - U- and Z- bends possible.
• Mobile machine on wheels for ease of use.
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Thanks to a partnership with a leading producer of bar systems, ETA has carried out tests and verifications on Areta cabinets in a specialized laboratory (CESI), in order to prove the short-circuit withstand strength of the main and protective circuits with a specific bar distribution system with 60mm centre line spacing. So, among its innovative solutions, ETA can now present the tested Busbar System, complete with its supports, bars, covers, clamps, adaptors and fuse bases.
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Busbar System Overview
Easily distribute power to multiple components and remain touch-safe rated to IP20.
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