Dc electric generators - Import export

The discharging generator DG 306 is the power pack of the KERSTEN next product family and can be used to supply all the next® discharging components. With its 6 high voltage connections he can easily manage every large installations, nevertheless it is very compact. With the patented DC High voltage technology you don´t have to worry about EMC interferences anymore while you receive the best possible discharge power. By using the 24 V DC fault indication contact, you have the option to receive a fault signal directly in your system. the High voltage Generator DG 306 is supplied by a 24 v DC input voltage and is therefore independent of the world´s different network standards. The generator provides two insulated and against reverse polarity secured high voltage connections, where discharging devices can be fast and easily connected to.

The new direct-current motors with worm gear enable quiet and economically efficient operation with drylin® lead screw units. The worm wheel has a spline to which the drive pin of the linear unit is connected. As a result, a motor flange and coupling are unnecessary and, this taken in conjunction with the motor adapter angled by 90°, the structure of the linear module is very compact. Thanks to the integrated magnetic rotary encoder (2-channel hall), the new DC motors are suitable for positioning. - Space-saving and compact design - Easy to fit - Quiet operation - Rotary position encoder included - Suitable for: SLW-BB, SAW, ZLW

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 40 N – Permissible shaft loads (radial): 100 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: feasible

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

— Touchless and wear-resistant optical incremental encoder — Supplies 2 quadrative, TTL-compatible channels with phase 110° — Connectors e.g. Molex plug 5-pole type 5051 with contects type 2759 — Optional: reference pulse — Operating voltage = 5V

— Touchless and wear resistant magnetic incremental encoder — Symmetric amplitude corresponding to supply voltage — Open collector output — Integrated pull-up resistors — Operating voltage = 4,5V - 24V — Integrated design (IGMi) possible — LineDriver function possible (LD)

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated and chromized – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 110 N – Permissible shaft loads (radial): 300 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: feasible

Features – 4-pole rotor with resin bonded NeFeB-magnets – 3-phase winding in delta-connexion – 3 inside hall sensors for rotor position detection – Housing made in aluminium – End shields in precision machined aluminium parts – Ballbearings on both sides electronics

Features – 4-pole rotor with resin bonded NeFeB-magnets – 3-phase winding in delta-connexion – 3 inside hall sensors for rotor position detection – Housing made in aluminium – End shields in precision machined aluminium parts – Ballbearings on both sides

Features – 4-pole rotor with resin bonded NeFeB-magnets – 3-phase winding in delta-connexion – 3 inside hall sensors for rotor position detection – Housing made in aluminium – End shields in precision machined aluminium parts – Ballbearings on both sides electronics

Features — 4-pole rotor with plastic-bonded magnets NeFeB — Threefold winding connected in delta — Internal Hall sensors for rotor position detection offest by 120° — Ball bearings — Multiple combination possibilities with gears, encoders, brakes — Power output in rated operation: 15,1 Watt — Multiple combination possibilities with gears, encoders, brakes and integrated electronics

Features – 4-pole rotor with resin bonded NeFeB-magnets – 3-phase winding in delta-connexion – 3 inside hall sensors for rotor position detection – Housing made in aluminium – End shields in precision machined aluminium parts – Ballbearings on both sides

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated and chromized – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 40 N – Permissible shaft loads (radial): 100 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: feasible

Features – DC permanent magnet motor – Graphit-copper brushes General data – Nominal life 3000 h – RFI suppression: feasible

— Touchless and wear resistant magnetic incremental encoder — Symmetric amplitude corresponding to supply voltage — Open collector output — Integrated pull-up resistors — Operating voltage = 4,5V - 24V — Integrated design (IGMi) possible — LineDriver function possible (LD)

— Touchless and wear-resistant optical incremental encoder — Supplies 2 quadrative, TTL-compatible channels with phase 110° — Connectors e.g. Molex plug 5-pole type 5051 with contects type 2759 — Optional: reference pulse — Operating voltage = 5V

— Touchless and wear-resistant optical incremental encoder — Supplies 2 quadrative, TTL-compatible channels with phase 110° — Connectors e.g. Molex plug 5-pole type 5051 with contects type 2759 — Optional: reference pulse — Operating voltage = 5V

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated and chromized – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 40 N – Permissible shaft loads (radial): 100 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: feasible

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated and chromized – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 180 N – Permissible shaft loads (radial): 350 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: 2 x L(3 µH)

Features – 4-pole rotor with resin bonded NeFeB-magnets – 3-phase winding in delta-connexion – 3 inside hall sensors for rotor position detection – Housing made in aluminium – End shields in precision machined aluminium parts – Ballbearings on both sides

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 30 N – Permissible shaft loads (radial): 80 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: 2 x L (3,9 µH)

Our 1375 kVA gas generators are cost-effective, low emission generators. Whether you need reliable off-grid power or wish to implement a combined heat and power package - we can help. Data is based on 50 Hz. For more information please request a data sheet. Generator shown may not be representative of equipment available at the time. Our 1375 kVA gas generators significantly lower nitrogen oxide (NOx), carbon monoxide (CO) and particulate matter (PM) emissions. Both the generator and skid are housed in a space-saving 20ft ISO container. Can be run with natural gas, biogas, coalbed gas, shale gas and wellhead gas. Extensive fleet of transformers available for operation at low voltages up to 33 kV. Supporting ancillary equipment allows a wide range of gas supply pressures to be accepted. Heavy-duty, turbo-charged, after-cooled engines are suitable for continuous operation in harsh environments. Supported by a highly-skilled and experienced team of engineers.

This type motor are used for motorised window,motorised curtain and more.12V,8000 rpm speed,0.018NM torque,78mm length motor housing,shaft could be designed for your special application.

Manufacturer of electric motors including brushless DC motors. Used in electric tools, home, automotive, medical, printing, and computer applications. Motors can be customized. voltage 3.6v 7.2v 12v 24v rated speed 10000 15000 10000 7300 RPM rated torque 5.1 4.02 5.2 4.8 mNm output 5.39 6.36 5.64 3.65 W