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The Fuserbloc CD's mean that SOCOMEC has a wide range of fuse switches on the market
The Fuserbloc CD's incorporate functions which make them simpler to fit and use.
Application:
Load-break and protection for low voltage installations and equipment
The range consists of:
25A - 32A - 50A – 63A – 100A – 125A – 160A – 250A – 400A – 630A – 800A – 1250A
Original features and advantages:
The Fuserbloc CD's can meet all the requirements of installers and users:
- The same product reference can be operated from the front, from the door or from the side
- The range includes the "Test" function as standard, so that auxiliary circuits can be tested without connecting the power.
- A patented system gives the customer the option of front or rear connection for the equipment.
- Modular design so that 2-pole products can be used in DC installations together with 6, 8, 12 etc. pole equipment so that several loads can be controlled with the same handle
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MODULAR FUSE ISOLATING SWITCHS
Modular fuse isolating switchs for industrial cylindrical fuse links. For mounting on DIN/EN rail. Single phase models, single-phase+neutral in only one module and multi-pole types. Available with fusing indicator or with microswitch for use with fuse links with striker (only fusing detection or fusing+pre-breaking+fuse link detection). Multi-pole units can be made of connection accessories. PMF fuse holders are made of self-extinguishable materials and have silver plated copper contacts. UL and CSA approvals.
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Fused isolator switches from 32 to 1250 A
Description
For NFC or DIN, BS, UL type fuses
3 or 4-pole
For direct operator, external front-mounted and RH side-mounted operators, external LH side-mounted operator
Robust and compact handles : padlockable using up to 3 padlocks, lockable, with door interlock, black/grey or yellow/red, IP65 or IP55
Auxiliary contacts:
» Two early break and “O” and “I” position signalling auxiliary contacts, configurable and common throughout the range (GS1AM110 and GS1AM101)
» Auxiliary contacts GS1AN suitable for isolation. Reversibility of these contacts to convert a N/C contact to a N/O contact and vice versa
» Off-load control circuit test facility, with auxiliary contacts GS1AM110, GS1AM101 or GS1ANT used in conjunction with handles GS2AHT
» Auxiliary “blown fuse” signalling contacts.
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Fuse switch-disconnectors from 32 A to 800 A
Description
Nominal current from 32 to 800 A
Voltage rating up to 690 V (AC) and 750 V (DC
3 and 4 pole version
Test position
Indication by fuse operating mechanism
Positive contact indication
Fuse compartment with IP20 protection by insulating covers as standard
Locking device to prevent access to fuses when the switch is in the "ON" position
Upstream-downstream double insulation
Reversed power supply
Compliance with standards IEC 947-1,-3,-5, EN 60947-1,-3 and -5, IEC 60269-1 to -4, EN 60269-1 to -4, BS 88-1 to -4, DIN 43620, NFEN 60269-1 to -4, NFC 63220
Specificity of the INF family:
Nominal current from 32 to 800 A
Nominal current from 32 to 800 A
Available in 7 sizes
Can be used for all NFC, BS, DIN fuses
Specificity of the ISFT/ISFL family:
Nominal current from 100 to 630 A
3 sizes in ISFT (100, 160, 250-630 A)
2 sizes in ISFL (160, 250-630 A)
Several installation types: mounting plate, DIN rail (ISFT) or on busbar (ISFT/ISFL)
Connection by cables or on busbar
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Sizes 00, 1, 2 and 3 in singlepole and 3-pole versions
» NH fuse bases - size 00 1-pole
» NH fuse bases - size 1 1-pole
» NH fuse bases - size 2 1-pole
» NH fuse bases - for ultra rapid fuse links
» NH fuse bases - size 3 1-pole
» NH fuse bases - size 00 3-pole
» NH fuse bases - size 1 3-pole
» NH fuse bases - size 2 3-pole
» NH fuse bases - size 3 3-pole
» neutral conductors and conn. terminals -
» accessories for NH fuse bases -
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Load break switch: switchblade with integral arc-strangler load breaking device for hinge-style mounting. This product includes a stationary core and a spring-loaded sliding sleeve which could quickly cut off the arc produced between the mounting contact and blade during load breaking operation.
Rated voltage: up to 15.5kV
Rated continuous current: up to 200A
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GE's BreakMasterTM metal enclosed load interrupter switches provide dependable, economical load switching and protection for medium voltage circuit applications from 2.4kV through 15kV in 600 or 1200 ampere load interrupting ratings. Used mainly as a primary or secondary disconnect switch for transformers, the variety of configurations in which BreakMaster is available also make it useful for specific distribution needs. It can be inserted as a main or feeder switch in PowerVac switchgear or LimitAmp motor controller lineups. Fault current protection is available using a complete line of current limiting or expulsion fuses.
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Ensto's family of load break switches consists of 3-pole switches with additional poles and accessories: handles, shafts, auxiliary contacts and terminal covers.
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In application of new concept mechanism of bendable type blade structure LG Tri-MEC Air Insulited Load Break Switch (LBS) has been equipped with further advanced technology and in a system switching the circuits when checking, measuring, testing and repairing the instruments. at branch point with 3 phase load break switch designed customer-orientedly and considerably. In particular, a bendable type blade structure is significantly small in operation radius in contrast with existing direct line one and an arc discharge angle at the time of breaking operation is under 50°, thereby reducing the danger of accident by an arc remarkably. And it is suitable for a metal Enclosed, Pad-Mounted Switchgear and Package Substation thanks to higher insulation-resistant power and is equipped with durability, stability and economical efficiency. E2 class mechanical strength based on new standard application.
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Disconnectors and switch-disconnectors vertical break design SBC range
Description
The disconnectors and switch-disconnectors SBC range is visible breaking, vertical break design and principally used in rural distribution networks. They are suitable for horizontal or vertical mounting on metal, concrete or wooden single or double poles.
SBC types have a load breaking head comprising a chamber and fast opening auxiliary blade.
This arrangement combines the high speed action of the auxiliary blade with the cooling and confining effect of the enclosure to restrict the arc and limit the production of gases
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Yaskawa's SF6 load break switches are safer to operate than vacuum and other competitive types because the gas pressure is continuously monitored by a pressure switch and is mechanically and electrically interlocked if pressure is lowered. Highest quality porcelain bushings are used for longer and more reliable insulation performance, thus making the Yaskawa switch ideal for use in hostile and dusty environments such as mines, heavy salt-ridden coastal areas, and dense tropical areas.
Yaskawa furnishes the load break switch in three application configurations.
Pole
Pad
Submersible
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Gerapid high speed DC circuit breakers are single-pole circuit breakers designed for use in high energy, high reliability DC power distribution systems. They are suitable for protection of mains and semiconductors (converters/rectifiers) in railway and industrial applications. Feeder circuit breakers and rectifier circuit breakers are available with operating currents up to 8,000ADC and operating voltages up to 3600VDC. They have a very high interruption capacity combined with a current limiting characteristic.
Innovative materials, superior circuit breaking capacity and outstanding dielectric performance ensure service continuity and protection during adverse system events. The technology and quality of these circuit breakers produce high reliability, extended maintenance intervals and uncomplicated serviceability for all fixed installations
Features and Benefits
- Ratings up to 8000A and 4000 Vdc (3,600 Vdc, ANSI)
- IEC 947-2, EN50123-2, and ANSI C37.14 Certifications
- Solenoid drive (integral control unit, mechanically latched, no auxiliary power required to keep contacts closed)
- Available electrodynamic release for very high speed switching
- Two Stage contact system extends life of main contacts
- Compact, enclosed construction
- Full range of accessories, including up to 10 auxiliary contacts
Applications
- Traction power (light rail transit, tram, subway, maglev, etc.)
- Industrial plant protection (electrolysis plants, iron and steel mills, etc.)
- Mining
- Chemical, petrochemical
- Power generation
- Research/experimental (e.g., physics, particle accelerator protection)
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Novafix MR1K-...GM/GK
Mechanical Flow Switch for liquids or gaseous media with spring supported piston and magnetic actuation of a reed switch. Robust design produced in materials brass or stainless steel.
compact dimension
good repeatabilty
dirt-resistance
high switch capability
hermetic separation of mechanical and electrical component
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Novafix HD2K-...GM/GK
Mechanical Flow Switch for liquids media, with spring-supported piston and magnetic triggering of a reed switch. Rugged construction in brass or stainless steel with additional viscosity compensation.
viscosity compensation 30-330mm²/s
good repeatabilty
high switch capability
hermetic separation of mechanical and electrical component
exact setting of switch via scale + gear
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Novafix VD-...GR
Mechanical Flow Switch for liquids or gaseous media, with contactless triggering of an adjustable reed switch.
Rugged design in brass / bronze combination.
good repeatability
dirt-resistant
exact setting of switch via scale
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- Piston type
- Liquids and gas application
- Interchangeable switch head
- Nickel plated Brass or St. Steel
- 1/4" to 1" female thread process connections
- Adjustable reanges from 0,04 to 60 l/min.
- SPDT reed switch 250 Vac - 1,5A
- 200 bar working pressure, 400 bar on request
- Max working temperature 200°C
- Protection class IP65
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Mainly based on the float switch design, these controllers help to monitor the liquid level (as combined units they monitor both liquid level and temperature) in oil reservoirs of fluid power and lubrication systems.
Attached to the tank top cover, they penetrate directly into the hydraulic fluid or the lubricant.
Each of the following series offers particular features and details culminating in the extreme density of functions offered by the Multiterminal.
Level switch Fluidcontrolterminal series
High number of functions reduces requirements for installation, space and cost
Adjustable level contacts
Connecting flange according to DIN 24 557 part 2
Directly attached electronic contact thermometers optional
The FC terminals offer the functions of tank breathing, level/temperature control, filling and topping up and oil sampling in a very compact design.
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Level measurement instrument in stainless steel 1.4571
with integrated temperature sensor
TN 210
Characteristics:
Analog level signal 4-20 mA, two-wire transmitter
Max. 4 level switches (bistable) pnp-output. Control elements: reed contacts or magnet sensors
Analog temperature signal 4-20 mA, two-wire transmitter
Temperature switches: pnp-output or thermostat for switch action
Advantages:
Reductions of costs: max. 4 different measurements in one measuring instrument
Economy of time, of storage costs, of assembly costs etc.
Areas of application:
IMB combined measuring instruments are suitable even for rough environments and are applicable in the following industries:
plant engineering, off-shore, machine construction, power plants, chemical industrie, ship-building, biochemical industrie, food industrie, petrochemical industrie, pharmaceutics etc.
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Mainly based on the float switch design, these controllers help to monitor the liquid level (as combined units they monitor both liquid level and temperature) in oil reservoirs of fluid power and lubrication systems.
Attached to the tank top cover, they penetrate directly into the hydraulic fluid or the lubricant.
Each of the following series offers particular features and details culminating in the extreme density of functions offered by the Multiterminal.
Level switch Fluidcontrolterminal series
High number of functions reduces requirements for installation, space and cost
Adjustable level contacts
Connecting flange according to DIN 24 557 part 2
Directly attached electronic contact thermometers optional
The FC terminals offer the functions of tank breathing, level/temperature control, filling and topping up and oil sampling in a very compact design.
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Level measurement instrument in stainless steel 1.4571
with integrated temperature sensor
TN 210
Characteristics:
Analog level signal 4-20 mA, two-wire transmitter
Max. 4 level switches (bistable) pnp-output. Control elements: reed contacts or magnet sensors
Analog temperature signal 4-20 mA, two-wire transmitter
Temperature switches: pnp-output or thermostat for switch action
Advantages:
Reductions of costs: max. 4 different measurements in one measuring instrument
Economy of time, of storage costs, of assembly costs etc.
Areas of application:
IMB combined measuring instruments are suitable even for rough environments and are applicable in the following industries:
plant engineering, off-shore, machine construction, power plants, chemical industrie, ship-building, biochemical industrie, food industrie, petrochemical industrie, pharmaceutics etc.
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The plasma generator is applied especially for the in-line pre-treatment of moulded parts, profiles, grooves.
Principle
The generator produce a high voltage discharge inside the electrode nozzle. The plasma produced is directed from the electrode onto the surface by copressed air. Plastic and metal surfaces are activated to offer possibilities for a linkage to inks, paints, glues etc..
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Control Flow from outside a pipe. Recommended for "difficult liquids" including wastewater, slurries, sludge, chemicals, viscous liquids and abrasives. The Greyline DFS-II is ideal for pump protection or to activate flow/no-flow alarms.
- Non-Contacting Ultrasonic Sensor
- Easy Calibration
- Accurate and Repeatable
- 5 amp DPDT Control Relay
- Adjustable ON/OFF Set-Points
- Adjustable Time Delay
- Relay Status LED
- Intrinsic Safety Option
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DC high voltage supply units are ideal auxiliary power supplies for converters as used in railway installations. They are also intended for servicing purposes in maintenance shops and for use in development laboratories and test bays where such power supplies are part of the basic equipment.
Benefits:
- constant residual ripple over the entire adjustment range of the DC output
- no EMC problems
- control error approx. 1%
- fast regulation of voltage variations
- output protected against short-circuit and overload
- doubled output current at half the DC voltage selectable
- true rms measurements with the digital meters
- system operation possible by means of a 19" control unit not in the immediate vicinity of the HV supply unit
- earthing possibility provided for the DC output
- additional control of supplementary equipment possible via the 19" control unit
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