The VLT® Advanced Active Filter AAF 006 improves system efficiency and increases grid robustness to avoid downtime. It can compensate for individual drives or it can be installed as a compact standalone solution at a point of common coupling to compensate for several loads simultaneously.
The active filter ensures optimal harmonic suppression independent of the number of loads and their individual load profile. In addition, it corrects the power factor and balances the phase load to provide optimal energy utilization.
|Frequency||50 and 60 Hz|
|Line Voltage||380 to 415 V AC|
|Voltage range||200 - 500 V, 525 - 690 V|
|Nominal Current||2.5 - 800 A (500 V) 4.5 - 660 A (690 V)|
|Ambient Temperature||-25 Degree to 45 DegreeC without derating|
|Maximum Switching Frequency||8 kHz|
|Model Name/Number||Gr 1, Gr 2 and Gr 3|
|Peak Pressure||270 bar|
|Rated Pressure||250 bar|
|Min Speed||1000- 4000 min-1 (rpm)|
|Model Name/Number||GR 2,GR3|
|Motor Speed||700 - 3500 rpm|
|Peak Pressure||270 bar|
|Rated pressure||250 bar|
|Model||080Z8521 AK-PI 200, 080Z0064 AK-CM 102, 080Z0063 AK-CM 101C, 080Z0061 AK-CM 101A|
|Gross weight||1.04 kg|
|Net weight||0.65 kg|
|Controller type||Protocol Interface (PI)|
|Supply voltage||24 V|
|Power consumption||10 VA|
|Application area||Data bus converter|
|Display on front||No|
|Further information||AKC Devices(60)AKC Types(20)|
|Packing format||Single pack|
|Product group||I/O and communication modules|
|Product Language||Multi Language|
|Product name||Communication module|
|Quantity per packing format||1 pc|
|Model Name/Number||DST P500|
|Media Temperature Range||-30 to 120 DegreeC|
|Ambient Temperature Range||-30 to 100 DegreeC|
The DST P500 sensor based on thin-film technology delivers unrivalled accuracy in pressure measurements in compressors, heat pumps, hydraulic and other industrial applications. The versatile pressure sensor is characterized by high temperature stability, EMC immunity and high tolerance to mechanical shock and vibrations.
The hermetically sealed DST P500 pressure sensor is compact, lightweight and ideal for use in applications with spacing and weight limitations. It is designed for use in heavy-duty applications and demonstrates outstanding shock and vibration performance. At the same time, the sensor can be used in almost any media and at operating temperatures up to 120 °C.
Reatures and benefits:
|Model||EM-PMI300-T310, EM-PMI375-T200, EM-PMI375-T500, EM-PMI375-T1100, EM-PMI540-T1500, etc|
|Power Range||41 kW to 94 kW|
|Speed Range||1100 rpm up to 4000 rpm|
|Coolant temperature||Up to +65 Deg C|
Features and benefits:
|Media temperature range||- 40 to 125 DegreeC|
|Ambient temperature range||-40 to 125 DegreeC|
|Compensated temperature range||- 40 to 125 DegreeC|
|Supply voltage||8 to 32 V|
|Max. Load||500 mA|
An electronic pressure switch offers a multitude of advantages in comparison to a mechanical pressure switch.
Advanced electronic pressure switches
These advantages include greater accuracy, freedom from contact wear out, excellent long-term stability, simpler operation and a high number of switching cycles, and many more.
Danfoss' electronic pressure switch MEP 2000 series offers advanced control to improve safety, extend equipment lifecycles and reduce maintenance costs.
The electronic pressure switch is available in two versions. The single switch output version has customised hysteresis and time constant. It also features protection against short circuits, incorrect wiring and overloading. The dual output version includes both switch and analogue outputs. For both versions the switch is defined by the customer and pre-programmed in our factory.
Both versions can be supplied with a pulse-snubber to protect the sensor in applications exposed to cavitation, liquid hammer and pressure peaks.
|Voltage||380 - 440 V|
|Material Grade||SS 304|
The Danfoss PAHT C pumps are engineered to handle chemical solvents at high-pressure. The pumps can meet the needs for various applications demanding low or high chemical concentration. The PAHT C pumps handle flows ranging from 0.7 to 18.1 l/min (0.2 to 4.7 gpm) and pressures up to 100 barg (1,450 psig).
To avoid contamination from oils in your application, the Danfoss pumps rely purely on the pumped media as lubricant. At the same time, the performance levels of the pumps are extremely high reducing energy bills and lowering CO2 emissions.
The Danfoss high-pressure pumps offer outstanding reliability due to fewer moving parts and less maintenance. This means that the pumps typically run with service intervals of at least 8,000 hours. The compact size, low weight and durable materials allow flexible configuration in almost any environment. And finally, the Total Cost of Ownership is lower than for any other pumps in the market due to the low energy, operation and maintenance costs.
The Danfoss pumps can be delivered as ATEX approved for use in areas with explosive atmospheres.
|Model Name/Number||SonoSelect, SonoMeter 30, SonoSafe 10|
SonoSelect™ 10 sets a whole new standard in heat and cooling metering. With a wide range of innovative and unique features, it is simple to install and commission, and continuously delivers high-performance measurements.
With the precision ultrasonic technology, the SonoSelect™ 10 heat/cool meter delivers the level of accuracy and reliability to meet demanding energy management challenges and provides genuine diagnostics.
The meter is MID class II B+D approved and meets all national certification requirements. It can be mounted in the supply or return and allows many different other configuration options.
Features and benefits:
One of SonoSelect™ 10 key features is that all it's advanced functionalities can also be controlled via a smartphone, by using the innovative SonoApp™. The meter can be configured remotely, more advanced functions can easily be programmed and routine adjustments have been made faster to access and simpler to carry out.
|Voltage Range||220 - 240 V|
Increased focus on the environmental impact from the marine industry has led to an increased focus on regulations related to emissions from the shipping industry. Emission regulations are consequently becoming more and more strict, and this calls for reliable solutions that ensure compliance. With the MES 1003 Washwater Monitoring System, you achieve reliable washwater monitoring and documentation compliant with limits established by the International Maritime Organization (IMO) in MEPC.259 (68).
The MES 1003 is your reliable solution for scrubber washwater monitoring and documentation.
The MES 1003 documents the level of pH, PAH, turbidity and temperature in the scrubber washwater according to the rules defined by the International Maritime Organization, IMO. The MES 1003 is compliant with the guidelines defined in MEPC.259 (68).
The MES 1003 is a state-of-the-art, reliable and robust Washwater Monitoring System built to operate in a harsh maritime environment. The system uses the same analyzer unit for all measurements and thereby eliminates the risk of faulty readings due to sensor drift. Furthermore, the system offers long calibration intervals and can be maintained on-site.
MES 1003 can be integrated into an emission management system, which monitors all emissions on board and visualizes the real-time status.
MES 1003 Washwater Monitoring System is a solution used on vessels equipped with a scrubber. The system measures values between inlet water and discharge water of the scrubber.
In an effort to reduce Sulphur pollution, the International Maritime Organization has agreed that ships’ fuel must be limited to a maximum of 0.5 percent sulphur in the fuel as of January 1st 2020, globally. As consequence, decisions on how to comply with this limit must be considered.
There are overall three methods as for staying in compliance with the regulation. The ship can either sail on the more expensive low sulphur fuel oil (LFO), it can have engines running on alternative fuels such as natural gas installed, or an exhaust gas cleaning system scrubber can be installed to wash out particles and sulphur.
The scrubber solution enables the possibility of using the cheaper high sulphur fuel oil (HFO), which makes it an attractive solution for compliance. Using the scrubber solution requires monitoring of the exhaust, to ensure that the sulphur emission limit is held and that the scrubber is working.
MES 1002 measure SO2/CO2 in the exhaust gas at the scrubber outlet, and provides documentation of compliance of the scrubber process in meeting the 2020 Sulphur cap on 0,5% and limits of SECA areas.
MES 1002 together with Wash Water Monitor MES 1003 provides a complete scubber emissions compliance solution.
|Electrical Connection||Screw Terminals|
|Contact Material||Silver or Gold|
|Setting range||-0.2 to 28 bar|
|Degree of enclosure||IP30, IP44 or IP55|
|Rated Speed||1800rpm, 2000rpm|
The Danfoss Reverse Displacement Motor (RDM) is a breakthrough in technological innovation and engineering.
Features and Benefits:
The heart of the new technology is an integrated shift valve. When used in a fan drive application, triggers a series of cost-saving and efficiency-boosting advances.
|Supply voltage||9 to 36 Vdc|
|Operating temperature (ambient)||-40 DegreeC to 70 DegreeC (-40 DegreeF to 158 DegreeF)|
|Storage temperature||-40 DegreeC to 85 DegreeC (-40 DegreeF to 185 DegreeF)|
|Programming temperature||0 DegreeC to 70 DegreeC (32 DegreeF to 158 DegreeF)|
|IP rating (with mating connector attached)||IP 69 (front),IP 67 (rear)|
|Weight||0.23 kg [0.50 lb]|
|Maximum current, sourcing||11.5 A|
|Maximum current, sinking||11.5 A|
|Model Number||PLUS 1 SC, PLUS 1 MC|
CAN-based PLUS+1® microcontrollers are the brains behind intelligent vehicle control. Swiftly programmable to your specific requirements. Our powerful PLUS+1® microcontrollers bring intelligence to every node of a distributed control system. And they are equally effective for stand-alone control in smaller machines.
Features and benefits:
Thanks to their rugged design, they’ll withstand the toughest conditions your vehicle comes up against. Programming our microcontrollers requires minimum effort with our easy-to-learn PLUS+1® GUIDE software.
The weather is the main influence on the heat demand of a building. In cold periods the building requires more heating, and vice versa when the breezes in the surrounding area are warmer.
The weather constantly changes, and so does the heat load required to warm up a house. Compensating for the weather influence is therefore a rational and sound way to achieve energy savings. Our electronic controllers with weather compensation help you achieve such energy savings through intelligent heating control.
The optimum heat supply to a building is when the demand is met and nothing is in excess. An intelligent electronic controller for weather compensation in the heating system can proactively adjust the supply of heat to keep it at exactly that point by detecting changes in the weather conditions outside. In contrast, a heating system without a weather compensator will only react to the current indoor temperature, and thus be prone to delayed reactions when changes occur outside. This negatively affects both user comfort and energy efficiency.
The weather compensator gets its signal from an outdoor temperature sensor placed on the shadow side of the building. The sensor registers the actual temperature and the electronic controller adjusts, if necessary, the heat supply (flow temperature) to reflect the new conditions. The controller will also adjust the heat supply to the radiators and ensure that room temperatures are kept constant. The user will thereby not even notice that the weather has changed outside and experience the same temperature and comfort at all times.
A report by COWI, a leading environmental science consulting group, puts the estimated energy savings with electronic weather compensators in one-family houses at 10% and in some cases as much as 40%. According to the report, one-family houses with large heat consumption gain particularly fast returns on investment after installing electronic weather compensators.
Besides this, legislative regulations for multi-family and commercial buildings prescribe weather compensation. In more and more countries, this also applies to one-family houses.
A heating system with electronic weather compensation can have additional control functions, such as:
Systems with weather compensation are mainly used in radiator and floor heating systems.
|Input Phase||1 - Phase|
|Model Name/Number||VACON 20,VACON NXP|
Although extremely compact in size, the VACON® 20 is packed with functionality to help improve system performance and cost efficiency.
Fast installation and set-up are possible due to easy-access terminals, integral DIN rail mounting and the parameter copying tool which can clone settings without needing mains power. The parameter list can be freely modified and application-specific parameter sets and default settings can be created. PLC functionality means individual control logic can be built into the drive and unused I/O options can be used for other machine-related tasks.
The built-in RS-485 interface provides a cost-effective and simple serial-control interface for the drive. With optional modules, VACON 20 can be connected to almost any fieldbus system based on RS-485 or Ethernet, including Profibus DP, CANOpen, DeviceNet, Profinet I/O, EtherCAT, Modbus TCP/IP and Ethernet IP.
Available in all common voltages and in a wide power range, VACON 20 optimizes the performance of, for example, vertical-movement, packaging, material-handling and flow-control applications in various process industries around the globe.
Supply voltages and power range
|Model Name/Number||080X0023, 080Z0007, 080Z0008, 080Z0010, 080Z0013, 080Z0017, etc|
|Gross weight||0.6 kg|
|Net weight||0.49 kg|
|Analog inputs||8 pc|
|Application area||Stepper motor valve|
|Approval||C UR US,C-TICK,CE,LLC CDC TYSK|
|Controller type||Extension Module|
|Function||8AI,4 Stepper out|
|Packing format||Multi pack|
|Power consumption||13 VA|
|Model Name/Number||180F7011, 180F7005, 180F7004, 180F7003, 180F7001, 180F7025 ISAVE 70, 180F7040 ISAVE 70|
|Gross weight||149.2 kg|
|Net weight||146.86 kg|
|Ambient temperature||0 to 50 Deg C (32 to 122 Deg F)|
|Speed||600 - 1200 rpm|
|Media temperature||2 to 40 Deg C|
|Sound pressure level||84 dBA|
|Model Name/Number||180F7038, 180F7023, 180F7021 ISAVE 70, 180F7020 iSave 50|
|Gross weight||664 kg|
|Net weight||614.16 kg|
|Outside dimensions of packaging||2150x720x1025 mm ( 84.3 x 28.2 x 40.2 Inch)|
|Type designation||iSave 50|
|Contact System Type||SPDT|
|Pressure Range||-0.2 to 7.5 Bar|
|Connection||G 1/4" (Male)|
|Differential Pressure Range||0.7 to 4 Bar|
|Power||60 Watt to 15000 Watt|
|Resistance||1 Ohm to 5K Ohm|
|Operating Temperature||55 deg C - 275 deg C|
|Insulation Resistance||20 MW MIN|
|Dielectric Strength||AC 1000V, 2000V for 1|
|Motor Speed||1500 rpm|
|Flow||0.42 - 1.25 l/min|
|Operating Pressure||100 / 130 barg|
|Outlet Pressure||30 - 160 barg|
|Media Temperature||2 - 50 Deg C|
|Supply||MCC 103 line reactor series|
power rating (*1)
|Current at 500 V||Inductance|