Switchgears - Import export

BERNSTEIN AG manufactured SR and SRM safety cable pulling switch devices as per IEC 947-5-5, DIN EN 60947-5-5 and ISO 13850 standards. These technical demand that when 'actuation' or the act of the breakage of the cable, there is automatic lock out as the switch moves to stop position, and reset for further use.

Switchgear Fully type tested LV switchboards up to 7200 Amp, 150 kA, Form 4 Type 7 to suit stringent applications and local climatic conditions. Draw out / Fixed type LV Motor Control Centers (MCC) up to 3200 Amp, 80 kA. SMDBs and Load centers (DB). Vacuum Circuit Breaker Panels up to 13.8 kV, 50 kA, 3600 Amp and 36 kV, 31.5 kA, 3100 Amp. Control & Automation Protection Relay and Control Panels for substations up to 380 kV. Synchronizing and Auto Transfer Switch (ATS) Panels up to 5000 Amp. Variable Frequency Drive (VFD) and PLC Panels for Industrial Automations. Capacitor Panels for Automatic Power Factor correction. Engineering Services Testing and Commissioning: LV, MV & HV Switchgear, transformer, C & R Panels, etc.,substation equipment. Protection & Substation Engineering: Selection of Protection relays and CT/PT, relay settings, short circuit calculations, discrimination studies, etc. Power Quality Analysis: Measurement of Harmonics and power quality analysis service.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCE) with a maximum of four galvanically separated SIL2 switching outputs that can be set by the customer, and which are activated or deactivated depending on the respective position of the drive shaft. A parameterisable multiturn absolute encoder with SSI interface and the switching cam encoder PCB with separate controller are integrated in the compact housing. The SSI interface can be preset, the encoding direction is adjustable and the switching outputs can be preset. A special shaft design appropriate to the play-compensating measurement gear ZRS is available. The supply voltage, SSI signal and switching contacts are each galvanically separated from one another.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCE) with a maximum of four galvanically separated switching outputs, which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. A parameterisable multiturn absolute encoder with SSI interface plus the switching cam encoder printed circuit board with separate controller are integrated into the compact housing. The SSI interface can be preset, the code direction can be set and the switching outputs can be preset.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCN) with two (At version 79 four) galvanically separated switching outputs (cams), which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. An absolute mulitturn encoder with CANopen interface, adjustable parameters and an electronic switching cam module is realized in the compact housing. A separate controller unit monitors the function of the cams. The encoder's CANopen position signal and the switching outputs can be parameterised separately. The parameterisation (cam limits, resolution, measuring range a.s.o.) has to be verified to the NOCN via a checksum. This checksum can be calculated by a TWK program or the standard algorithm recommended by the CiA. After verification the device can be set operational.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCN) with a maximum of four galvanically separated switching outputs (cams), which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. A parameterisable multiturn absolute encoder with CANopen interface plus the switching cam encoder printed circuit board with separate controller are integrated into the compact housing. The encoder's CANopen position signal and the switching outputs can be parameterised separately. Parameterisation is carried out via the relevant CANopen objects in accordance with the encoder profile according to CiA, DS 406, revision 4.01. The NOCN has a fault monitoring system which outputs a fault message via the CANopen bus (emergency message) on detection of a fault.

FMS manufactured diverse switch and drive casings for this switchgear system. Assignment: Optimise the welding seam design Increase the level of mechanisation in the welding process Simplify the mechanical finishing process by calculating the tolerance chain and through constructive redesign Management of the whole project including packaging optimisation at the assembly site

Dead tank CB: 72.5 - 800 kV Live tank CB: 72.5 - 550 kV GIS (HGIS): 126 - 1100 kV Disconnector: 10 - 1100 kV Vacuum switch: 12-40.5kV § Designed & Type Tested per ANSI & IEC standards § High breaking capacity up to 40kA § Service temperature range: -55℃ - +50℃ § Complies with UL, NEMA, CSL standards § Control Cubicle tested based on IP54 and IK10 § +10,000 switching operations

Punching Tools for Sheat Metall

Wiring Duct Cutting Tool

DIN Mounting Rail Cutting Devices

Sheet Metall Hole Puncher

Tools for Laminated and Flexible Bars and Earthground

Bending Tools for Bus Bars and Flat Material

Cutting Tools for Bus Bars and Flat Material

Punching Tools for Bus Bars and Flat Material

Bus Bar Working Stations for Bus Bars and Flat Material

The grid | power V X battery is characterized by its special design as completely cast positive plates with lamellar structure. The use of high-purity grid lead with a high electrode thickness as well as a low acid density results in an expected design life of up to 25 years. It is particularly suitable for high-current discharges of short duration and thus predestined for use in power plants and switchgear. The product design according to DIN 40738 ensures the highest compatibility when replacing and expanding existing plants and battery systems. In combination with the HOPPECKE grid | AquaGen recombination system, maintenance costs can be reduced, and even maintenance-free operation can be achieved.

PC/MCC Low Voltage Switchboards SIVACON S8 type low voltage distribution board, equipped with withdrawable slide-boxes and compartments, represent the optimal solution in electrical distribution, automation, motors control and protection, for all the industrial processes.

JS INTEGRAL manufactures control cabinets based on documentation provided by the customer (electrical and mechanical) or other technical arrangements, complying with the relevant requirements of PN-EN standards, including mining standards. Our control cabinets are used: •for power distribution and protection of electrical equipment against short-circuits, overvoltage and overload, •to control the operation of motors, pumps, fans, air conditioning, drives and other electrical appliances, •to control production processes in production and energy production / distribution companies, •to signal, control and monitor the performance of machinery and equipment, and technological processes in industry and power industry, •to implement control and monitoring functions in BMS and HVAC systems.

Cable metering boxes

Cable boxes and enclosures for mining

JS INTEGRAL manufactures forehead switchgear enclosures based on technical documentation provided by the customer, complying with the relevant requirements of PN-EN standards, including mining standards. Within the METAL ENCLOSURES category, forehead switchgear enclosures are the most diverse products in terms of design and construction, due to their wide range of applications, mainly in the metal ore mining. Enclosures are intended for prefabrication of forehead switchgear enclosures, including: transformer kits, pump sets, fan sets, contactor starters, switching boxes and other equipment used for power supply to machines and devices used in: • mining of metal ores, especially copper ores • mining and processing of mineral resources • infrastructure construction

Junction boxes

Switchgear for residential buildings

The medium voltage switchgear with double bar system is designed for the primary distribution on the medium voltage part of transformation stations from the power distribution systems and combines the new technologies with the existing infrastructure. The medium voltage switchgear with double bar system is an indoor electrical equipment, in metallic compartments cabinet, with insulation in the air, being formed of a vacuum breaker and air bar separator.

The Electroalfa primary distribution switchgear are designed for 7,2 and 24 kV rated voltages and rated currents up to 4000 A. Compliant with the technical standards of nationwide power generation, transport and distribution companies such as Transelectrica (the national transmission operator), CEZ Group, E.ON Group, Electrica Group (area distribution operators). The Electroalfa switchgear for primary distribution, of the S 12xx range, for a maximum voltage of 12KV c.a., have been tested for values of the continuous rated current of up to 5,000A and values of the rated peak withstand current of 50 KA/ 1s. This type of gear withstands the action of the internal electric arc, with a classification index of up to IAC AFLR 50KA, 1s. The switchgear from the range of S 24xx, for a voltage of 24 KV c.a. have been tested for values of the continuous rated current current of up to 2.500A and values of the rated peak withstand current of 25 KA/ 1s.

Own contrivance product, the DISMOD board is the optimal solution in electrical distribution, automation, motor control and protection for all industrial applications, infrastructure, commercial and residential buildings. All type-test assemblies (TTA) have been successfully achieved at the panel testing in an independent testing laboratory in Romania. A tested product offers the guarantee for a tested technical solution, an optimal internal architecture, continuous functioning of the served installation under conditions of maximum safety and the possibility of further expansion with minimal changes.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCA) with a maximum of four galvanically separated switching outputs (cams), which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. A parameterisable multiturn absolute encoder with analogue interface plus the switching cam encoder printed circuit board with separate controller are integrated into the compact housing. The analogue signal and switching outputs can be parameterised separately using multifunction pins (MFP and PRE) in the connector.