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Advanced Control Features:
- Displacement and force monitoring
- Force control
- Envelope function
- Combo mode
- Energy and time limits
The HF27 High Frequency Inverter precisely controls and monitors electrical AND mechanical weld parameters. Miniature welds are highly sensitive to small heat profile fluctuations in the resistance welding process. Overheating deforms and destroys parts, while under heating results in a weak, unacceptable bond. To achieve consistent, reliable welds of small to microminiature parts, precisely controlled heating is required. This necessitates superior control of the energy output.
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The Danfoss VLT 6000 HVAC, dedicated to HVAC applications, provides unsurpassed performance, energy savings and improved control of HVAC systems – including interfacing with building management systems.
Precise control of temperature, pressure, and flow in HVAC applications result in the best environmental performance for building owners and operators.
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Engine Controller – EC-1
Compact engine controller with optional J1939 engine communication. The integrated communication makes remote control possible and with an optional GSM modem, the EC-1 can forward SMS/text messages.
Features include:
- Engine control
- Engine monitoring
- Multi-language display
- Engine CAN bus communication
- 6 configurable binary inputs
The EC-1 is an attractive alternative for key starters if you require extra communication such as engine communication or remote communication
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The main engine is considered the lifeline of the ship. The WE22 constantly monitors and optimally controls the main engine.
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The Keystart range provides manual start/stop and automatic fault protection for generators, pumps and other engine-driven applications:-
* Simple, compact design
* 92 x 92 mm or 68 x 68mm DIN panel cut-out
* Security keyswitch
* Fuel, starter and timed preheat control outputs
* LED and icon indication of preheat, fuel on and fault conditions
* Overspeed shutdown option, with link-selectable input source (magnetic pickup or AC generator)
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Engine monitoring system Watch-free system model : WE500
- Larger screen size
The LCD screen size is enlarged from 12.1" to 15". The image resolution is enhanced from 800 x 600 pixels (SVGA) to 1024 x 768 pixels (XGA). The number of display colours is also increased from 12 to 16,777,216. Furthermore, two larger size of LCD displays can be connected externally as an option.
- Mimic screens are made available
- Remote control for pumps and valves
Mimic screens provide remote control for pumps, valves and other kind of devices.
- Hardcopy function is added
Hardcopy is available by using a printer comes standard with the system
- Trend analysis display feature is enhanced
All analogue measurements can be viewed anytime as trend diagrams for continuously sampling of them.
- Download feature is provided
Connecting a purpose-built PC to the system allows monitoring points to be added, deleted or changed on site.
- The all-in-one configuration and the dual hot standby capability are inherited
High serviceability and reliability of the system are contributed. The compact design with 700 mm width (80 mm wider than WE300HG) can minimize the installation space.
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Series 700 - Variable Speed Pumping Systems
Benefits:
- Total System Responsibility
- 3 Year Waranty
- Competitive Price
- Save Money
- Low Cost Installation
- Easy to Install
- Easy to Use
- Easy to Upgrade
- Increase Reliability
- Increase System Security
Application:
- Commercials Buildings
- Hospitals
- Airports
- Municipal Water Installations
- sewage Treatment Plants
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Variable frequency drive controllers specifically designed for pumping systems. May be used to reduce electricity cost by up to 70% over fixed speed pumps in most applications. Self contained pump mounted or panel mounted control systems designed for standard pump and motor combinations.
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Advanced Control Features:
- Displacement and force monitoring
- Force control
- Envelope function
- Combo mode
- Energy and time limits
The HF27 High Frequency Inverter precisely controls and monitors electrical AND mechanical weld parameters. Miniature welds are highly sensitive to small heat profile fluctuations in the resistance welding process. Overheating deforms and destroys parts, while under heating results in a weak, unacceptable bond. To achieve consistent, reliable welds of small to microminiature parts, precisely controlled heating is required. This necessitates superior control of the energy output.
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The AMX Series is a family of High Performance Linear AC power sources covering the power range from 500 VA to 12 kVA (Optional to 30kVA). The product line offers both single and three phase models.
An exceptionally broad bandwidth (50 kHz small signal) combined with peak/RMS current of 4-6:1 give the AMX Series the ability to produce high quality, low distortion output power into the most dynamic loads.
Key Features Provide Application Versatility
-CE and ETL Mark available
-IEEE-488.2 or RS-232C with SCPI compatibility
-LabVIEW for Windows®/LabWindows® drivers
-Waveform Creation by Harmonic Synthesis
-Graphical Analysis (Voltage and Current)
-Harmonic Analysis (Voltage and Current)
-Metering of RMS and Peak Values
-Continuous Self Calibration (CSC)
-Line Sync Option
-6:1 Peak Current Capability
-Low Impedance for IEC555 Testing
-Programmable Output Impedance
-Up to 0-300 VAC Direct Coupled Out, Higher voltage ranges available
-1 Phase / 3 Phase Switch Selectable from front panel or bus command
-20-5000 Hz Full Power Bandwidth
-Power Levels from 500 VA to 30 kVA
-Externally Referenced Meter Calibration
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Solid State Frequency Converter with Models from 62.5 to 750 kVA, Standard 47 to 500 Hz (optional to 800Hz)
Maximize Performance and Versatility and Virtually Eliminate Downtime
Pacific's unique master/slave configuration allows up to ten 62.5 kVA mainframes to be paralleled in the field. Any mainframe may be designated as the master. A failed unit is automatically disconnected from the power grid providing unmatched mission reliability.
Pacific's MS-Series Power Source Systems Feature
-Maximum system reliability
-Rugged, powerful output
-Lower installation cost
-All frequency operation
-Lower maintenance cost
-Facility/test power flexibility
-Unmatched performance/price ratio
-Simple display and diagnostics
-Uninterruptible Power Source configuration (UMS Option) readily available
-Power: 62.5kVA/50kW for each 3060-MS.
-Voltage: 0-120/208, 3 phase. May be loaded either WYE or Delta. Other voltages are available as an option.
-Current:175 Arms per phase continuous. 350Apk per phase for non-linear loads.
-Variable Frequency range of 47-500 Hz, as well as switch selectable fixed frequency operation of 50, 60 or 400 Hz is standard on every model (800Hz optional contact factory for more information).
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The G-Series are Solid State AC Power converters from 18kVA to 90kVA.
G-Series Systems are readily configurable as frequency converters, line conditioners, programmable test systems, and uninterruptible power systems.
The basic building block of a G-Series AC Power System is the mainframe. The mainframe consists of the cabinet and AC to DC power supply. Up to five mainframes may be paralleled to increase system output power up to 90 kVA.
Each Pacific power source is burned in and meticulously tested before it can leave the Pacific factory. With close attention to detail, handcrafted workmanship comes through with every system delivered.
Due to its modular design, failed device disconnect circuitry, and on-line module replacement, Pacific G-Series Systems are unmatched in reliability and ease of service.
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The REO platypus is a versatile electronic autotransformer with variable output frequency designed for use in test labs and pre-compliance testing. The current and voltage output can be adjusted using either the panel mounted potentiometers or alternatively the embedded keypad can be used to define regulation limits for current, voltage or power, and these will override the values set using the manual potentiometers. The frequency is controlled using the keypad. As standard the unit has analog meters for current and voltage. The unit is protected using three line fuses and is short-circuit proof. The programming menu is able to used in English, German or French.
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Living the high life on board a superyacht can require the generators to run twenty-four hours per day, something not always allowed in many harbours.
However, the Shoremaster enables you to moor in the place of your choice and to connect to any local shore power connection anywhere in the world. From Barbados to St.Tropez, from Stavanger to Florida. No matter what the voltage and frequency on offer. Your Shoremaster will automatically provide the appropriate power to your on board equipment.
Seven standard Shoremaster models are currently available, with capacity ranging from 25 kVA to 150 kVA in a three phase version. If you have a shortage of space, we can deliver tailormade designs such as a split box.
- Voltage and frequency conversion
- High efficiency
- Modular design for high capacity, high redundancy and easy installation
- No problems with limited shore supply
- Pure sine wave output
- Ultra compact and low weight
- 100% galvanic isolation from shore
- High start-up power to counterbalance peak load
- Can be linked in parallel to increase power
- Can be upgraded for more output power
- No risk of corrosion
- Ready for central monitoring
- Clear LCD display with important information
- Low maintenance
- Marine grade design
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The Blancett Frequency-to-Current (F-to-I) and Frequency-to-Voltage (F-to-V) converters are microprocessor-based devices designed to provide an analog output directly from a Blancett turbine flow meter. The converters measure and calculate the flow rate of a turbine flow meter and produce an analog output representative of that flow rate, in the form of a 4-20 mA or 0-5 VDC signal.
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The LTF sensor performs the functions of light sensing, signal conditioning, and A/D conversion in a single monolithic IC. The LTF device converts light intensity to a digital format for a direct interface to a microcontroller. The output of this device is a square wave or pulse train whose frequency is linearly proportional to light intensity and features a dynamic range of 120dB.
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The TSL237 light-to-frequency converter combines a silicon photodiode and a current-to-frequency converter on a single monolithic CMOS integrated circuit. The output is a square wave (50% duty cycle) with frequency directly proportional to light intensity. Because it is TTL compatible, the output allows direct interface to a microcontroller or other logic circuitry. The TSL237 has been temperature compensated for the ultraviolet-to-visible range of 320 nm to 700 nm and responds over the light range of 320 nm to 1050 nm. The device is characterized for operation over the temperature range of -25 degrees C to 70 degrees C and supplied in a 3-lead clear plastic side-looker package with an integral lens
* High-Resolution Conversion of Light Intensity to Frequency With No External Components
* Communicates Directly With a Microcontroller
* High Irradiance Responsivity (2.3 kHz/(uW/cm²) at 524 nm)
* Low Dark Frequency (<2 Hz at 50° C)
* Single-Supply Operation (2.7V to 5.5V)
* Stable 200 ppm/°C Temperature Coefficient
* RoHS Compliant (-LF Package Only)
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Frequency converters from 14 to 200 has - 42 V - 200 Hz for electric vibrating needles 42 V - 200 Hz
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| ... products without technical information |
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