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Battery protector - MHP-TA
The TE Connectivity are resettable circuit protection for high-rate-discharge li-ion battery applications...
Battery protector - MHP-TA
The TE Connectivity are resettable circuit protection for high-rate-discharge li-ion battery applications such as cordless power tools, e-bikes and back-up power supplies. These resettable circuit protection helps in protecting the Li-ion cells from damage from abnormal high currents that usually cause the heat damage and leads to a premature cell end of life and potential field returns.
Ni-Cd battery - Lampak UFO-3,4,5 & 6 Series
Dual-Lite LAMPAK Series emergency fluorescent power packs are designed to be connected to planned or existing fluorescent fixtures, eliminating the need to install additional emergency lighting units
Features
Compatible with electronic, standard and magnetic, energy saving, and dimming AC ballasts
Compatible with most standard T8,...
Features
Compatible with electronic, standard and magnetic, energy saving, and dimming AC ballasts
Compatible with most standard T8,...
Ni-Cd battery - Lampak UFO-3,4,5 & 6 Series
Dual-Lite LAMPAK Series emergency fluorescent power packs are designed to be connected to planned or existing fluorescent fixtures, eliminating the need to install additional emergency lighting units
Features
Compatible with electronic, standard and magnetic, energy saving, and dimming AC ballasts
Compatible with most standard T8,...
Features
Compatible with electronic, standard and magnetic, energy saving, and dimming AC ballasts
Compatible with most standard T8,...
Ni-Cd battery - Lampak UFO-7 Series
Dual-Lite LAMPAK UFO-7W Series emergency fluorescent power packs are designed to be connected to planned or existing fluorescent fixtures, eliminating the need to install additional emergency lighting units.
Features
Compatible with electronic, standard magnetic, energy-saving, and dimming...
Features
Compatible with electronic, standard magnetic, energy-saving, and dimming...
Ni-Cd battery - Lampak UFO-7 Series
Dual-Lite LAMPAK UFO-7W Series emergency fluorescent power packs are designed to be connected to planned or existing fluorescent fixtures, eliminating the need to install additional emergency lighting units.
Features
Compatible with electronic, standard magnetic, energy-saving, and dimming...
Features
Compatible with electronic, standard magnetic, energy-saving, and dimming...
Ni-Cd battery - Lampak UFO-CF Series
Emergency lighting fluorescent power packs optimized for use with low mercury compact fluorescent lamps
Features
Battery pack for use with compact or long compact fluorescent lamps
Optimized for use with low mercury compact fluorescent lamps
...
Features
Battery pack for use with compact or long compact fluorescent lamps
Optimized for use with low mercury compact fluorescent lamps
...
Ni-Cd battery - Lampak UFO-CF Series
Emergency lighting fluorescent power packs optimized for use with low mercury compact fluorescent lamps
Features
Battery pack for use with compact or long compact fluorescent lamps
Optimized for use with low mercury compact fluorescent lamps
...
Features
Battery pack for use with compact or long compact fluorescent lamps
Optimized for use with low mercury compact fluorescent lamps
...
Ni-Cd battery - Lampak UFO-LP Series
Dual-Lite Lampak UFO-LP Series low-profile fluorescent emergency ballasts work in conjunction with a low-profile or standard-size electronic AC ballast containing an end-of-life shut down circuit to convert new or existing standard or high output T5 fluorescent fixtures into unobtrusive emergency lighting.
Features
...
Features
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Ni-Cd battery - Lampak UFO-LP Series
Dual-Lite Lampak UFO-LP Series low-profile fluorescent emergency ballasts work in conjunction with a low-profile or standard-size electronic AC ballast containing an end-of-life shut down circuit to convert new or existing standard or high output T5 fluorescent fixtures into unobtrusive emergency lighting.
Features
...
Features
...
Ni-Cd battery - Lampak UFO-PSMH Series
The UFO-PSMH catches and holds the arc of a Pulse-Start Metal Halide lamp for 2 continuous minutes for power outage "ride through" situations
Features
Catches and maintains the arc of a pulse-start metal halide lamp for 2-minutes
Maintains the lamp...
Features
Catches and maintains the arc of a pulse-start metal halide lamp for 2-minutes
Maintains the lamp...
Ni-Cd battery - Lampak UFO-PSMH Series
The UFO-PSMH catches and holds the arc of a Pulse-Start Metal Halide lamp for 2 continuous minutes for power outage "ride through" situations
Features
Catches and maintains the arc of a pulse-start metal halide lamp for 2-minutes
Maintains the lamp...
Features
Catches and maintains the arc of a pulse-start metal halide lamp for 2-minutes
Maintains the lamp...
Energy storage system - DEK
The DEK combines the functions of a storage module for brake energy and a short time UPS.
Active buffer and support module optimally combined
> with a digital interface
> provides support...
Active buffer and support module optimally combined
> with a digital interface
> provides support...
Energy storage system - DEK
The DEK combines the functions of a storage module for brake energy and a short time UPS.
Active buffer and support module optimally combined
> with a digital interface
> provides support during power failures or interruptions
> for single axis and multi axes systems
> stores brake energy and increases energy efficiency
Double protection with one device
The DEK combines the advantages of the Dynamic Energy Storage DES and the Dynamic Energy Supply DEV in a single device. The energy storage of the DEK absorbs the released braking energy and ensures that it has always enough energy to bypass energy interruptions or in case of a power failure to bring the machine in a defined stop. Therefore, the DEK protects against the effects of a insufficient power supply and helps reducing energy consumption.
Active buffer and support module optimally combined
> with a digital interface
> provides support during power failures or interruptions
> for single axis and multi axes systems
> stores brake energy and increases energy efficiency
Double protection with one device
The DEK combines the advantages of the Dynamic Energy Storage DES and the Dynamic Energy Supply DEV in a single device. The energy storage of the DEK absorbs the released braking energy and ensures that it has always enough energy to bypass energy interruptions or in case of a power failure to bring the machine in a defined stop. Therefore, the DEK protects against the effects of a insufficient power supply and helps reducing energy consumption.
Energy storage system - max. 850 V, 1.6 kWs, IP 20 | DES 2.0
Active buffer module DES 2.0 for DC links
> for single axis and multi axes systems
> independently adjusts itself right from the start (Black Box)
> no buttons, display indicators,...
> for single axis and multi axes systems
> independently adjusts itself right from the start (Black Box)
> no buttons, display indicators,...
Energy storage system - max. 850 V, 1.6 kWs, IP 20 | DES 2.0
Active buffer module DES 2.0 for DC links
> for single axis and multi axes systems
> independently adjusts itself right from the start (Black Box)
> no buttons, display indicators, other controls
> shorter cycle times result in increased efficiency
> conformity of UL
DES - Dynamischer EnergiespeicherIncreased energy efficiency without power quality disturbances
The Dynamic Energy Storage DES offers new opportunities to deal with braking energy. I.e. without power grid. A device, that can be used on almost all inverters and servo controllers that have a maximum DC link voltage of 800 VDC (UL). For a number of applications, this presents an opportunity to increase energy efficiency, save on resources while also protecting your nerves and even the electrical grid.
> for single axis and multi axes systems
> independently adjusts itself right from the start (Black Box)
> no buttons, display indicators, other controls
> shorter cycle times result in increased efficiency
> conformity of UL
DES - Dynamischer EnergiespeicherIncreased energy efficiency without power quality disturbances
The Dynamic Energy Storage DES offers new opportunities to deal with braking energy. I.e. without power grid. A device, that can be used on almost all inverters and servo controllers that have a maximum DC link voltage of 800 VDC (UL). For a number of applications, this presents an opportunity to increase energy efficiency, save on resources while also protecting your nerves and even the electrical grid.
Energy storage system - max. 800 V | DES 3.0, DES 4.0
Other devices with higher load capacity - approximately by a factor of 1.5 for the DES 3.0 and about a factor of 2 for the DES 4.0. Thus, while the Dynamic Energy Storage DES 2.0 can store and deliver about 800 watt-seconds in a cycle lasting one second, the new DES 3.0 can store about 1,200 and the DES 4.0 can even store some 1,600 watt seconds. Or vice versa: The...
Energy storage system - max. 800 V | DES 3.0, DES 4.0
Other devices with higher load capacity - approximately by a factor of 1.5 for the DES 3.0 and about a factor of 2 for the DES 4.0. Thus, while the Dynamic Energy Storage DES 2.0 can store and deliver about 800 watt-seconds in a cycle lasting one second, the new DES 3.0 can store about 1,200 and the DES 4.0 can even store some 1,600 watt seconds. Or vice versa: The new devices can store high amounts of energy and then release it again in a shorter amount of time. With similar exterior dimensions, these high capacities are achieved by modified electronics and significantly improved active cooling systems. Similar to the DES 2.0, the DES 3.0 has a standard energy storage device with about 1,600 watt-seconds while the DES 4.0 depends on external expansion modules (types EM 2.0). Both devices are conform with the requirements of UL.
The new devices DES 3.0 and DES 4.0 have self-teaching properties, similar to the DES 2.0. This means that they only require three cables to be connected to the respective DC link and the braking chopper output of the drive inverter and you are set to go i.e. no configuration, commissioning procedures or even programming this is incredibly simple, but true. Advanced planning is required in advance to analyse the application carefully. This means that the correct power for the device and the storage capacity can be precisely defined and used. It only remains to connect the DES to save electrical energy.
The new devices DES 3.0 and DES 4.0 have self-teaching properties, similar to the DES 2.0. This means that they only require three cables to be connected to the respective DC link and the braking chopper output of the drive inverter and you are set to go i.e. no configuration, commissioning procedures or even programming this is incredibly simple, but true. Advanced planning is required in advance to analyse the application carefully. This means that the correct power for the device and the storage capacity can be precisely defined and used. It only remains to connect the DES to save electrical energy.
Energy storage system - DEV 3.0, DEV 4.0
Additional energy provided directly to the DC link of drive inverters and servo controllers are supplied by the DEV devices of Michael Koch GmbH. When power is interrupted, the devices with power rating 2.0 can supply two to 18 kilowatt-seconds. This means that many applications can to be brought to a safe standstill from where they may be restarted without difficulty once power is restored. Presenting...
Energy storage system - DEV 3.0, DEV 4.0
Additional energy provided directly to the DC link of drive inverters and servo controllers are supplied by the DEV devices of Michael Koch GmbH. When power is interrupted, the devices with power rating 2.0 can supply two to 18 kilowatt-seconds. This means that many applications can to be brought to a safe standstill from where they may be restarted without difficulty once power is restored. Presenting devices that are capable to deliver more energy for extended periods or that stay cool in case of planned, and i.e. frequent power interruptions. In comparison to the DEV 2.0, the DEV 3.0 can accommodate higher loads of about 50 percent, and the DEV 4.0 is about twice as powerful. Both devices are conform with the requirements of UL.
The respective devices achieve these higher capacities by a modification to the electronic controllers and significantly improved active cooling systems. This means that the Dynamic Energy Supply DEV 3.0 is capable of supplying about two to 30 kilowatt-seconds of energy from its internal storage directly into the heart of a converter when unplanned power outages occur. The high power device types DEV 4.0 can supply around 40 kilowatt-seconds, however, the device itself is supplied without integrated storage. The energy values of the DEV 3.0 and the DEV 4.0 may increase significantly, depending on the specifications of the application. For this reason, a detailed examination of the application is required as provided by the application consultants of Michael Koch GmbH in close cooperation with the customer.
The respective devices achieve these higher capacities by a modification to the electronic controllers and significantly improved active cooling systems. This means that the Dynamic Energy Supply DEV 3.0 is capable of supplying about two to 30 kilowatt-seconds of energy from its internal storage directly into the heart of a converter when unplanned power outages occur. The high power device types DEV 4.0 can supply around 40 kilowatt-seconds, however, the device itself is supplied without integrated storage. The energy values of the DEV 3.0 and the DEV 4.0 may increase significantly, depending on the specifications of the application. For this reason, a detailed examination of the application is required as provided by the application consultants of Michael Koch GmbH in close cooperation with the customer.