DATAKOM: ATS, AMF, AVR, ECM, DKG controllers for diesel, gas, petrol gensets including manual start and auto mains failure generator controls, electronic engine governors, alternator automatic voltage regulators, automatic transfer switches, battery chargers, meters and analyzers, contactors, synchroscopes and automatic synchronizers for multi generating set paralleling and mains synchronization. Buy Datacom online.

DATAKOM DKM-411 analyser, 96x96mm, 3.5” colour TFT, Ethernet, USB/Host, USB/Device, RS485, RS232, 2-input, 2-outputs, 100-240VAC Power supply

Datakom DATAKOM DKM-411 analyser, 96x96mm, 3.5” colour TFT, Ethernet, USB/Host, USB/Device, RS485, RS232, 2-input, 2-outputs, 100-240VAC Power supply
Datakom DATAKOM DKM-411 analyser, 96x96mm, 3.5” colour TFT, Ethernet, USB/Host, USB/Device, RS485, RS232, 2-input, 2-outputs, 100-240VAC Power supply
Datakom DATAKOM DKM-411 analyser, 96x96mm, 3.5” colour TFT, Ethernet, USB/Host, USB/Device, RS485, RS232, 2-input, 2-outputs, 100-240VAC Power supply
(0)
$0.00
pcs.

▼ DATAKOM DKM-411 User manual v1-0
▼ DATAKOM REMOTE MONITORING Rainbow Scada
▼ DATAKOM RainbowScada_USER MANUAL
▼ DATAKOM DKM-411 UL-CSA Certificate
▼ DATAKOM DKM-411 Datasheet
▼ DATAKOM DKM-411 Installation Manual
▼ DATAKOM DKM-411 PRESENTATION
▼ DATAKOM DKM-411 MODBUS application manual

   • COLOUR TFT SCREEN
   • IP COMMUNICATIONS
   • HARMONIC ANALYSIS
   • SCOPEMETER

The DKM-411 is an advanced precision metering device offering an 3.5” size, 320x240 pixel color TFT, together with unrivalled remote monitoring capabilities over internet in a compact and low cost package.
The unit itself is a web page and can be opened through any browser for remote monitoring. The central monitoring feature allows monitoring of thousands of meters from one central PC.

FEATURES:
  • True RMS measurements, 0.2% accuracy
  • 3.5” TFT LCD, 320x240 pixels
  • Harmonic distortion display (63 harmonics)
  • Oscilloscope, waveform display
  • Phasor diagram display
  • Internal battery backed-up real time clock
  • Max demand display
  • User configurable display screen
  • 2 configurable relay outputs
  • Energy pulse output capability
  • 2 opto-isolated, configurable digital inputs
  • Dual active-reactive power counters
  • Both mains/generator energy metering
  • Configurable user counters
  • Voltage transformer ratio for MV applications
  • Password protected front panel programming
  • Reduced panel depth
  • Sealed front panel (IP54)

MEASUREMENTS:
• Phase to phase voltages: U12-U23-U31-Uavg
  • Phase to neutral voltages: V1-V2-V3-Vavg
  • Phase currents: I1-I2-I3-In-Iavg-Itot
  • Active power: P1-P2-P3-∑P
  • Reactive power: Q1-Q2-Q3-∑Q
  • Apparent power: S1-S2-S3-∑S
  • Power factor: cos1-cos2-cos3-∑cos
  • Active power counters: Pc1-Pc2
  • Reactive power counters: Qc1-Qc2
  • User counters: USR1-USR2-USR3-USR4
  • 2...63 Harmonics of any voltage or current
  • Phase to neutral voltages vector angles
  • Phase to phase voltages vector angles
  • Phasor vector diagram

COMMUNICATIONS:
• Modbus RTU RS-485
  • Modbus TCP/IP
  • SNMP
  • TCP/IP server
  • TCP/IP client
  • UDP
  • SMTP
  • Embedded web server
  • Web monitoring
  • Web programming
  • GSM-SMSsending
  • e-mail sending
  • Central Monitoring through IP
  • Free configuration & monitoring software

COMMUNICATION PORTS:
  • Ethernet 10/100Mb
  • RS-485 isolated (Modbus RTU)
  • RS-232 for external GPRS modem
  • USB Host for data recording on flash memory
  • USB Device for PC connection

TECHNICAL SPECIFICATIONS:
Power Supply Input:
100-240V AC nominal(± 20%)
50 - 60Hz nominal (± 10%)
DC input types available.
Power Consumption: < 5 VA
Measurement Input Range:
Voltage: 5 - 300 V AC (L-N)
10 - 520 V AC (L-L)
Current: 0.1 - 5.5 A AC
Frequency: 30 - 500 Hz
Accuracy:
Voltage: 0.2%+1digit
Current: 0.2%+1 digit
Frequency: 0.1%+1 digit
Power (kW,kVAr): 0.4%+2digit
Power factor: 0.2%+1digit
Measurement Range:
CT range: 5/5A to 10’000/5A
VT range: 0.1/1 to 200.0/1
kW range: 0.1 kW to 6.5MW
Voltage burden: < 0.1VA per phase
Current burden: < 0.5 VA per phase
Ethernet Port: 10/100 Mbits
USB Device: USB 2.0 Full speed
USB Host: USB 2.0 Full speed
RS-485 Port: selectable baud rate
Modem Port: logic level serial data, selectable baud rate
Relay Outputs: 5A @ 250VAC/30VDC
Digital Inputs: Active level: 5 to 30V-DC or AC
Min pulse: 250ms.
Isolation: 1000V AC, 1 minute
Operating Temperature: -20°C to +50°C (-4 to +122 °F).
Storage Temperature: -30°C to +70°C (-22 to +158 °F).
Maximum humidity: 95% non-condensing.
Degree of Protection: IP 65 (Front Panel) with optional gasket
IP 30 (Back panel)
Enclosure: Non-flammable, ROHS compliant
Installation: Flush mounting with rear brackets
Dimensions: 102x102x53mm (WxHxD)
Panel Cutout: 92x92mm
Weight: 350 gr
UL-CSA Certification: UL 61010-1, 3rd Edition, 2012-05, CAN/CSA-C22.2
File: E475547, Vol. D1
EU Directives:
2006/95/EC (LVD)
2004/108/EC (EMC)
Norms of reference:
EN 61010 (safety)
EN 61326 (EMC)

WE DO NOT SHIP THIS PRODUCT TO USA AND CANADA

DKM-411-MK3 Network Analyzer 96x96mm
Please ask
DATAKOM DKM-430-PRO+GSM. Multiple network analyser, 30 CT inp, 24 fuse inp, 1.9” LCD, RS-485, USB/Device, 2-inputs, 2-outputs, GPRS Modem, DC power supply
$434.00
pcs.
DATAKOM DKM-250 DC Power meter, 96x96mm, RS-485
$149.00
pcs.
DATAKOM DKM-401 Multimeter, 96x96mm
$67.00
pcs.


  • Products for Electric Generators These multifuntional controllers are used for remote control and Internet monitoring of generating sets, engines and electric power measurements. Free Windows based PC software allows monitoring and programming. The Rainbow Scada web service allows monitoring and control of an unlimited number of gensets from a single central location via web browser.
    • Multifunctional Controllers with Remote Monitoring These multifuntional controllers are used for remote control and Internet monitoring of generating sets, engines and electric power measurements. Free Windows based PC software allows monitoring and programming. The Rainbow Scada web service allows monitoring and control of an unlimited number of gensets from a single central location via web browser.
    • Auto Mains Failure Generator Controllers Datakom (DKG and D series) Automatic Mains Failure Units are comprehensive AMF controllers for gas, diesel and petrol 1-3 phase generator set standby operations. These panels monitor phase voltages and controls the automatic starting, stopping and load transfer of the generating set in case of a mains failure and once the generator is running, it monitors internal protections and external fault inputs. If a fault condition occurs, the unit shuts down the engine automatically and indicates the failure source. There are many different features in Datakom AMF panels including mutual generator standby operations, mains and multiple generator synchronization, J1939 and MODBUS support, LAN and GSM remote monitoring and control. All these controllers can also be used for manual and remote generator control.
    • Manual/Remote Start Controllers Datakom DKG series Manual and Remote start controllers are comprehensive generator control units designed to start and stop gas, diesel and petrol 1-3 phase generating set manually and/or remotely. The manual control is made using the pushbuttons on the front panel. The remote control is made via the REMOTE START input signal. In AUTOMATIC position, controllers monitor the REMOTE START signal and controls the automatic starting, stopping and load transfer of the generating set. Once the generator is running, it monitors internal protections and external fault inputs. If a fault condition occurs, the units shut down the engine automatically and indicate the failure source.
    • DC Generator Controllers for Battery Systems These controllers are used in telecom and other battery power supply systems. It monitors the battery bank discharge level in order to provide external battery charging systems like generating sets.
    • Generator/Mains Synchronization Controllers These Datakom (DKG and D series) controllers are used in different generator applications for manual and automatic synchronization of multiple parallel generating sets or between mains and generators.
    • AutomaticTransfer Switch Controllers (ATS) Datakom DKG series Automatic Transfer Switch controllers are designed to monitor 1-3-phase mains voltage, send remote start command to generating sets and control the changeover of both generator and mains contactors. There are many different features in Datakom ATS control panels including uninterrupted transfer with mains synchronization, MODBUS interface, multiple generator support, remote monitoring and control.
    • Generator Battery Chargers/Power Supplies Datakom SMPS series chargers are intended to charge generator start batteries and to provide stabilized DC power supply for Datakom controllers and other electronic devices. Depending on model the chargers are compatible with 12V or 24 V batteries and be mounted on DIN rail or directly inside of generator control box. All devices have shortcut circuit protection to keep it alive after starter motor usage. Charger metal case is neutral isolated thus it could be powered whether by phase-neutral or phase-phase AC voltage.
    • Generator Engine Governor Controllers Datakom DKG series governor controllers are low cost electronic units designed to control diesel and gas generator engine speed with fast and accurate response to load changes. These devices are connected to forward acting proportional electric actuators and magnetic speed sensors. It is able to control a wide variety of engines in constant speed (isochronous) or droop modes.
    • Alternator Auto Voltage Regulators (AVR) Datakom automatic voltage regulators are used to control the output of generators (as seen in ships and power stations, or on oil rigs, greenhouses and emergency power systems). This is an active system mounted near the generator and connected with several wires to measure and adjust the generator. In the first place the AVR monitors the output voltage and controls the input voltage for the exciter of the generator. By increasing or decreasing the generator control voltage, the output voltage of the generator increases or decreases accordingly. The AVR calculates how much voltage has to be sent to the exciter numerous times a second, therefore stabilizing the output voltage to a predetermined setpoint. When two or more generators are powering the same system (parallel operation) the AVR receives information from more generators to match all output.
    • Interface Modules for D-XXX MK2 These multifuntional controllers are used for remote control and Internet monitoring of generating sets, engines and electric power measurements. Free Windows based PC software allows monitoring and programming. The Rainbow Scada web service allows monitoring and control of an unlimited number of gensets from a single central location via web browser.
    • Extension Units These devices and accessories are supposed for use with other Datakom devices.
    • Modems and Gateways These multifuntional controllers are used for remote control and Internet monitoring of generating sets, engines and electric power measurements. Free Windows based PC software allows monitoring and programming. The Rainbow Scada web service allows monitoring and control of an unlimited number of gensets from a single central location via web browser.
    • Cables and Adaptors These multifuntional controllers are used for remote control and Internet monitoring of generating sets, engines and electric power measurements. Free Windows based PC software allows monitoring and programming. The Rainbow Scada web service allows monitoring and control of an unlimited number of gensets from a single central location via web browser.
    Products for Electric Generators These multifuntional controllers are used for remote control and Internet monitoring of generating sets, engines and electric power measurements. Free Windows based PC software allows monitoring and programming. The Rainbow Scada web service allows monitoring and control of an unlimited number of gensets from a single central location via web browser.
  • Electric Meters and Power Analyzers These panel meters including voltmeters, ammeters, frequencymeteres, multimeters and analyzers (DV, DA, DM, DF, DVF and DKM series) are designed for accurate measurement of the AC RMS voltage, current, frequency, active power, power factor and many other parameters in single and 3 phase systems. Although they are mainly used in electrical panels, these devices can also be integrated in many other applications.
    • Multimeters These panel meters including voltmeters, ammeters, frequencymeteres, multimeters and analyzers (DV, DA, DM, DF, DVF and DKM series) are designed for accurate measurement of the AC RMS voltage, current, frequency, active power, power factor and many other parameters in single and 3 phase systems. Although they are mainly used in electrical panels, these devices can also be integrated in many other applications.
    • Power Analyzers These panel meters including voltmeters, ammeters, frequencymeteres, multimeters and analyzers (DV, DA, DM, DF, DVF and DKM series) are designed for accurate measurement of the AC RMS voltage, current, frequency, active power, power factor and many other parameters in single and 3 phase systems. Although they are mainly used in electrical panels, these devices can also be integrated in many other applications.
    • Voltmeters These panel meters including voltmeters, ammeters, frequencymeteres, multimeters and analyzers (DV, DA, DM, DF, DVF and DKM series) are designed for accurate measurement of the AC RMS voltage, current, frequency, active power, power factor and many other parameters in single and 3 phase systems. Although they are mainly used in electrical panels, these devices can also be integrated in many other applications.
    • Ammeters These panel meters including voltmeters, ammeters, frequencymeteres, multimeters and analyzers (DV, DA, DM, DF, DVF and DKM series) are designed for accurate measurement of the AC RMS voltage, current, frequency, active power, power factor and many other parameters in single and 3 phase systems. Although they are mainly used in electrical panels, these devices can also be integrated in many other applications.
    • Frequency Metters These panel meters including voltmeters, ammeters, frequencymeteres, multimeters and analyzers (DV, DA, DM, DF, DVF and DKM series) are designed for accurate measurement of the AC RMS voltage, current, frequency, active power, power factor and many other parameters in single and 3 phase systems. Although they are mainly used in electrical panels, these devices can also be integrated in many other applications.
    • Voltage-Frequency Meters These panel meters including voltmeters, ammeters, frequencymeteres, multimeters and analyzers (DV, DA, DM, DF, DVF and DKM series) are designed for accurate measurement of the AC RMS voltage, current, frequency, active power, power factor and many other parameters in single and 3 phase systems. Although they are mainly used in electrical panels, these devices can also be integrated in many other applications.
    • Humidity and Temperature Meters These panel meters including voltmeters, ammeters, frequencymeteres, multimeters and analyzers (DV, DA, DM, DF, DVF and DKM series) are designed for accurate measurement of the AC RMS voltage, current, frequency, active power, power factor and many other parameters in single and 3 phase systems. Although they are mainly used in electrical panels, these devices can also be integrated in many other applications.
    • Current Transformers These panel meters including voltmeters, ammeters, frequencymeteres, multimeters and analyzers (DV, DA, DM, DF, DVF and DKM series) are designed for accurate measurement of the AC RMS voltage, current, frequency, active power, power factor and many other parameters in single and 3 phase systems. Although they are mainly used in electrical panels, these devices can also be integrated in many other applications.
    Electric Meters and Power Analyzers These panel meters including voltmeters, ammeters, frequencymeteres, multimeters and analyzers (DV, DA, DM, DF, DVF and DKM series) are designed for accurate measurement of the AC RMS voltage, current, frequency, active power, power factor and many other parameters in single and 3 phase systems. Although they are mainly used in electrical panels, these devices can also be integrated in many other applications.
  • Equipment Protection Controllers These controllers are designed to protect various electrical equipment from failure when different electrical and temperature parameters deviate from their nominal values.
    • Multifunctional protection These controllers are designed to protect various electrical equipment from failure when different electrical and temperature parameters deviate from their nominal values.
    • Earthquake Seismic Detectors Datakom DSD series detectors protect various electric, gas and liquid supply systems from seismic activities caused by earthquakes. Due to built-in special seismic sensors these devices could control external devices like valves, contactors, alarm systems, etc in case of emergency situations to prevent equipment from damage, fire and other harm. Typical applications include gas and water supply, elevators, technological equipment.
    • Multichannel Alarm Annunciators These multichannel alarm annunciators designed for usage in energy and automation systems in purpose to inform personel about warnings and emergency issues happened with various equimpment.
    • Transformer protection These controllers are designed to protect various electrical equipment from failure when different electrical and temperature parameters deviate from their nominal values.
    • Voltage Protection These controllers are designed to protect various electrical equipment from failure when different electrical and temperature parameters deviate from their nominal values.
    • Electric Motor protection These controllers are designed to protect various electrical equipment from failure when different electrical and temperature parameters deviate from their nominal values.
    • Engine Protection Controllers These controllers are designed to protect various electrical equipment from failure when different electrical and temperature parameters deviate from their nominal values.
    Equipment Protection Controllers These controllers are designed to protect various electrical equipment from failure when different electrical and temperature parameters deviate from their nominal values.
  • Compressor and Pump Controllers These controllers provide control and protection of screw or piston type air compressors driven by diesel engines and electric motors. The controllers incorporate all functions needed in compressor control panels.
    • Diesel Pump Controllers These controllers provide control and protection of screw or piston type air compressors driven by diesel engines and electric motors. The controllers incorporate all functions needed in compressor control panels.
    • Diesel Compressor Controllers These controllers provide control and protection of screw or piston type air compressors driven by diesel engines and electric motors. The controllers incorporate all functions needed in compressor control panels.
    • Electric Compressor Controllers These controllers provide control and protection of screw or piston type air compressors driven by diesel engines and electric motors. The controllers incorporate all functions needed in compressor control panels.
    Compressor and Pump Controllers These controllers provide control and protection of screw or piston type air compressors driven by diesel engines and electric motors. The controllers incorporate all functions needed in compressor control panels.
  • Power Factor Correctors These controllers allow power factor of the installation to be stabilized to the requested value by switching capacitor banks and inductive reactors through contactors. Power Factor Correction provide well-known benefits to electric power systems. These benefits include power factor correction, poor power factor penalty utility bill reductions, voltage support, release of system capacity, and reduced system losses. A high power factor signals maximum use of electrical power, while a low power factor leads to purchasing more power to obtain the same load kW, which you pay for in various ways on your utility bill. The controllers also visualize various AC parameters including a harmonic analysis of voltages and currents.
    • Solid State Contactors These controllers allow power factor of the installation to be stabilized to the requested value by switching capacitor banks and inductive reactors through contactors. Power Factor Correction provide well-known benefits to electric power systems. These benefits include power factor correction, poor power factor penalty utility bill reductions, voltage support, release of system capacity, and reduced system losses. A high power factor signals maximum use of electrical power, while a low power factor leads to purchasing more power to obtain the same load kW, which you pay for in various ways on your utility bill. The controllers also visualize various AC parameters including a harmonic analysis of voltages and currents.
    • Power Factor Controllers These controllers allow power factor of the installation to be stabilized to the requested value by switching capacitor banks and inductive reactors through contactors. Power Factor Correction provide well-known benefits to electric power systems. These benefits include power factor correction, poor power factor penalty utility bill reductions, voltage support, release of system capacity, and reduced system losses. A high power factor signals maximum use of electrical power, while a low power factor leads to purchasing more power to obtain the same load kW, which you pay for in various ways on your utility bill. The controllers also visualize various AC parameters including a harmonic analysis of voltages and currents.
    • Reactor Drivers These controllers allow power factor of the installation to be stabilized to the requested value by switching capacitor banks and inductive reactors through contactors. Power Factor Correction provide well-known benefits to electric power systems. These benefits include power factor correction, poor power factor penalty utility bill reductions, voltage support, release of system capacity, and reduced system losses. A high power factor signals maximum use of electrical power, while a low power factor leads to purchasing more power to obtain the same load kW, which you pay for in various ways on your utility bill. The controllers also visualize various AC parameters including a harmonic analysis of voltages and currents.
    Power Factor Correctors These controllers allow power factor of the installation to be stabilized to the requested value by switching capacitor banks and inductive reactors through contactors. Power Factor Correction provide well-known benefits to electric power systems. These benefits include power factor correction, poor power factor penalty utility bill reductions, voltage support, release of system capacity, and reduced system losses. A high power factor signals maximum use of electrical power, while a low power factor leads to purchasing more power to obtain the same load kW, which you pay for in various ways on your utility bill. The controllers also visualize various AC parameters including a harmonic analysis of voltages and currents.
  • Previous Generation Products
  • 4PRO Contactors and Load Transfer Switches
  • 4PRO Wireless remote control sets
  • Software and Access Licenses

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DATAKOM: ATS, AMF, AVR, ECM, DKG controllers for diesel, gas, petrol gensets including manual start and auto mains failure generator controls, electronic engine governors, alternator automatic voltage regulators, automatic transfer switches, battery chargers, meters and analyzers, contactors, synchroscopes and automatic synchronizers for multi generating set paralleling and mains synchronization. Buy Datacom online.
Products for Electric Generators
Multifunctional Controllers with Remote Monitoring
Auto Mains Failure Generator Controllers
Manual/Remote Start Controllers
DC Generator Controllers for Battery Systems
Generator/Mains Synchronization Controllers
AutomaticTransfer Switch Controllers (ATS)
Generator Battery Chargers/Power Supplies
Generator Engine Governor Controllers
Alternator Auto Voltage Regulators (AVR)
Interface Modules for D-XXX MK2
Extension Units
Modems and Gateways
Cables and Adaptors
Electric Meters and Power Analyzers
Multimeters
Power Analyzers
Voltmeters
Ammeters
Frequency Metters
Voltage-Frequency Meters
Humidity and Temperature Meters
Current Transformers
Equipment Protection Controllers
Multifunctional protection
Earthquake Seismic Detectors
Multichannel Alarm Annunciators
Transformer protection
Voltage Protection
Electric Motor protection
Engine Protection Controllers
Compressor and Pump Controllers
Diesel Pump Controllers
Diesel Compressor Controllers
Electric Compressor Controllers
Power Factor Correctors
Solid State Contactors
Power Factor Controllers
Reactor Drivers
Previous Generation Products 4PRO Contactors and Load Transfer Switches 4PRO Wireless remote control sets Software and Access Licenses My cabinet
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