Risbabh EM94-Z-V2-M-D, Panel Mount DC kWh Meter, Class 0.5, 50-150mV Shunt input, 61-200VDC, 2 Alarm/Pulse Outputs, RS485 & USB Comms, Single Line LCD Display,10-60VAC/DC Aux Supply, Internal Logging
2 Pulse/Alarm Outputs
50-150mV Shunt Input, and nominal voltage 60-300VDC
RS 485 communication up to 57,600 bit/s
USB Port
8MB Internal Storage
DC Measurement Only
Â
The meter is intended for measuring, analysing and monitoring DC Power. The meter records TRMS value according to the principle of fast sampling of voltage and current signals. A built-in microprocessor calculates measurands (voltage, current,, energy, power.) from the measured signals.
Â
Features :
96 x 96mm Panel Mount
Accuracy class 0.5
Simple Menu
RS 485 communication up to 57,600 bit/s
USB Comms
8MB Internal Logger
10-60VAC/DCÂ power supply
Specification
Rishabh Part Number
EM94-Z-V2-M-D
Functions
kWh Meter, Energy Meter
Supply Voltage
10-60VAC/DC
Nominal Measurement Range
61-200VDC
Maximum Measurement Range
61-200VDC
Display
Single Line LCD
Pulse/Relay Output
2
Accuracy
Class 0.5 (Energy)
USB
YES
Real Time Clock
1min/month (30ppm)
Isolation
3.5kV
RS485 Modbus RTU
YESÂ 57,600bps
Weight
450g
Certification
EN 61010-1 Installation Category III
Factory Pack Qty
1
Environment
Â
IP54
Â
Safety
Protection Class II
Enclosure Material
Mablex with fire protection to UL94-V-O. Self extinguishing
EnclosureSize
96 x 96mm x 83.5mm (72mm behind panel)
Â
Terminals
Rising Cage 4mm² (12 AWG) cable max
Humidity
< 75% Non Condensing
Operating Temperature
-20 →+70 °C
Â
Datasheet
Product Datasheet
Software
Software User Manual
Software Download Link
Application Notes
1)Reading Data from Registers -> Download file
2)Maximum Memory Size -> Read below
Max Available Memory Locations in 8MB Size = 273030
Actual parameter stored in Each log (Memory locations used) = Date +time+Number of parameter selected by user
Considering your example for 2 parameters:
Number of parameter selected by user = 2 (kwh & kVA)
Actual parameter stored in Each log = 1(Date) +1(time)+ 2 (Parameters) = 4 (memory locations used per log)
Maximum log that can be stored = Max Memory Location/Actual parameter stored in Each log =273030/4= 68257
Timelog Interval setting = 15 minutes
Log in one day = (60 /Timelog Interval setting) * 24 =(60/15)*24 = 96 Logs
Max Days = Maximum log that can be stored / log in one day = 68257 / 96 = 711 days = 1 Year & 11 Months = 23 Months.
Â
Crydom HS072 + D1D40, DC Solid State Relay, with Panel Mount Heatsink 3-32VDC control, 36A @ 40 Deg C, 100VDC Load
Features
Ratings from 7A to 100 Amp @ 100-500VDC
Mosfet output for reliable DC switching
Multiple modules can be wired in parallel for higher currents
UL/CSA/VDE Approved, CE Compliant to EN60950-1
Improved SEMS screw and washer
Redesigned housing with anti-rotation barriers
Direct bond copper substrate
EMC compliant to Level 3
Direct power lead frame
Epoxy free design
Spec
Crydom Part Number
HS072 + D1D40
Switching Type
DC Load
ROHS
Yes (Details)
Control Voltage
3.5-32VDC
Load Current @ 40 Deg C
40 Amp DC
Surge Capability (10ms)
106 Amp DC
Special Feature
None
Mounting Style
Panel Mount
Load Voltage Range
0 - 100VDC
EMC Compliant
Level 3
Termination Style
Screw
Dimensions
L:139.7 x W:100.3 x D:66.8mm
Weight
600g
Factory Pack Qty
20
Datasheet
Series 1 DC
HS072
Notifications
Please note Changes from Gen 3 to Gen 4 (current) package design here
Equivalent
See alternative D1D40K with raised terminals for alternative or D1D80 for higher current alternative
App Notes
Why Use SSR's?
The inside story
Selecting a SSR
DC Output SSR's
Selecting a Suitable Heatsink
Use of Thermal Interface Material
How to Verify the Proper Heatsink
Effect of Forced Air Cooling
Fuse Protection of SSR's
Overvoltage Protection "P" Option MOV
SSR Reliability Whitepaper
3 Phase Motors and Heating Applications
3 Phase Motor Reversing
How to test a SSR
SSR Precautions
SSR Life Expectancy MTBF
ROHS & Reach Statement
Heatsink
SSR and Heatsink Assemblies
LEM FRS 2000-SBI, O/L Coreless Current Transducer, 2000 Amp, +12V...24VDC Supply, 111.4 x 18.7 Square Aperture, 4-20mA Bipolar Output
Features
Bandwidth DC to 1000kHz
Open loop transducer using Coreless Hall effect Technology
Compact and versatile
Panel mounting-Horizontal or Vertical
Insulated plastic case recognized according to UL 94-V0
Advantages
Very good linearity
Very good accuracy
Low temperature drift
Wide frequency bandwidth
Very low insertion losses
Low power consumption
Applications
Wind Turbines
Electrolyser
AC variable speed drives and servo motor drives
Static converters for DC motor drives
Battery supplied applications
Uninterruptible Power Supplies (UPS)
Switched Mode Power Supplies (SMPS)
Power supplies for welding applications.
Specification
LEM Part Number
FRS 2000-SU
Technology
Open Loop Coreless Hall Effect
Aperture
111.4 x 18.7mm Square
ROHS
Yes
Supply Voltage
+12...24VDC, Isolated
Load Current (RMS + DC)
2000 Amp
Measurement Range
+/-6000 Amp
Overload Rating
N/A
Output
4-20mA Bipolar
Isolation
5.3 kV
Bandwidth
DC-1000 kHz
Mounting Style
Panel Mount/Busbar Mount
Operating Temperature Range
-25°C / 85°C
Accuracy
1%
Termination Style
Molex 5045-04A
Unit Weight
1500g
Factory Pack Quantity
4
Â
Datasheet
Product Datasheet
Application Notes
LEM Applications Manual 3rd Edition
Â
FPT-100 1200/5A 5P10 15VA, Protection Class CT, 1500/5A, Class 5P10 15VA, 103 x 64mm Aperture
Features
Built In Sealable Terminal Covers
Mounting Feet Supplied
Self Powered
Rated System Voltage 0.72/3kV
VDE0414-44-1, GB1208-2006, EN 60044-1 and IEC 61869-2
Applications
Protection Relays
Safety Equipment
Fault Monitoring
Specification
Fastron Electronics Part Number
FPT-100 1500/5A 5P10 15VA
Technology
Protection Class Current Transformer
Ratio
1500/5
Aperture Size
103 x 64mm
VA Rating
15VA
Accuracy Class
Class 5P10
Output
5 Amp AC
Isolation
3kV (AC, 50Hz, 1 min)
Bandwidth
50-60Hz
Mounting Style
Panel Mount/Busbar Mount
Operating Temperature Range
-10 Deg C / 50 Deg C
Continuous Current (max)
1500Amp x 20
Termination Style
Screw
Stanbards
VDE0414-44-1, GB1208-2006, EN 60044-1 and IEC 61869-2
Unit Weight
1.5 kg
Factory Pack Qty
1
Datasheet
Product Installation Guide and Datasheet
Risbabh EM94-Z-V1-M-D, Panel Mount DC kWh Meter, Class 0.5, 50-150mV Shunt input,10-60VDC, 2 Alarm/Pulse Outputs, RS485 & USB Comms, Single Line LCD Display,10-60VAC/DC Aux Supply, Internal Logging
2 Pulse/Alarm Outputs
50-150mV Shunt Input, and nominal voltage 60-300VDC
RS 485 communication up to 57,600 bit/s
USB Port
8MB Internal Storage
DC Measurement Only
Â
The meter is intended for measuring, analysing and monitoring DC Power. The meter records TRMS value according to the principle of fast sampling of voltage and current signals. A built-in microprocessor calculates measurands (voltage, current,, energy, power.) from the measured signals.
Â
Features :
96 x 96mm Panel Mount
Accuracy class 0.5
Simple Menu
RS 485 communication up to 57,600 bit/s
USB Comms
8MB Internal Logger
10-60VAC/DCÂ power supply
Specification
Rishabh Part Number
EM94-Z-V1-M-D
Functions
kWh Meter, Energy Meter
Supply Voltage
10-60VAC/DC
Nominal Measurement Range
60-300VDC
Maximum Measurement Range
60-300VDC
Display
Single Line LCD
Pulse/Relay Output
2
Accuracy
Class 0.5 (Energy)
USB
YES
Real Time Clock
1min/month (30ppm)
Isolation
3.5kV
RS485 Modbus RTU
YESÂ 57,600bps
Weight
450g
Certification
EN 61010-1 Installation Category III
Factory Pack Qty
1
Environment
Â
IP54
Â
Safety
Protection Class II
Enclosure Material
Mablex with fire protection to UL94-V-O. Self extinguishing
EnclosureSize
96 x 96mm x 83.5mm (72mm behind panel)
Â
Terminals
Rising Cage 4mm² (12 AWG) cable max
Humidity
< 75% Non Condensing
Operating Temperature
-20 →+70 °C
Â
Datasheet
Product Datasheet
Software
Software User Manual
Software Download Link
Application Notes
1)Reading Data from Registers -> Download file
2)Maximum Memory Size -> Read below
Max Available Memory Locations in 8MB Size = 273030
Actual parameter stored in Each log (Memory locations used) = Date +time+Number of parameter selected by user
Considering your example for 2 parameters:
Number of parameter selected by user = 2 (kwh & kVA)
Actual parameter stored in Each log = 1(Date) +1(time)+ 2 (Parameters) = 4 (memory locations used per log)
Maximum log that can be stored = Max Memory Location/Actual parameter stored in Each log =273030/4= 68257
Timelog Interval setting = 15 minutes
Log in one day = (60 /Timelog Interval setting) * 24 =(60/15)*24 = 96 Logs
Max Days = Maximum log that can be stored / log in one day = 68257 / 96 = 711 days = 1 Year & 11 Months = 23 Months.
Â
Iskra IK63-31-24VAC/DC, 3 Pole 3 x SPST NO, Configuration_SPST (1 x NC), Modular Contactor 440VAC 63 Amp, 24VAC/DC Control Voltage
Features
63 Amp (rms) @ 440VAC
DIN Rail Mount
Slim package
CE Compliant to IEC 60664
IP20
Specification
Fastron Part Number
IK63-31-24VAC/DC
Switching Type
3 x SPST NO, Configuration_SPST (1 x NC)
Approvals
CE
Coil Voltage
24VAC/DC
Load Current (RMS/DC)
63 Amp (rms) @ 440VAC
Special Feature
Hum Free
Mounting Style
DIN Rail Mount
Load Voltage Range
440VAC
Isolation
4kV
Termination Style
Screw
Unit Weight
295g
Factory Pack Qty
20
Â
Datasheet
Contactor Datasheet
BA1-ND21-2A, Indicator, 48x24mm, 12-24VDC, 4-20mA Input, 0-100.0 Display Range
3.5-digit displays suit most industries including Temperature, Humidity, Pressure (0.5s response)
Drip-proof / Dust-proof IP66 (front panel only)
UL/CE Approved
Each unit needs just 40 mm depth panel space
EC Compliant
Specification
Hanyoung Nux Part Number
BA1-ND21-2A
Control Output 1 (Heat)
N/A
Control Output 2 (Cool)
N/A
Input
4-20mA (0-100.0)
Alarm
N/A
Option 1
N/A
Mounting Style
48 x 24mm Panel Mount
Supply Voltage
5VDC
Termination Style
Screw
Weight
100g
Factory Pack Qty
1
ROHS
Yes
UL
Yes
CE
Yes
Â
Datasheet
BA1Â Series Instruction Manual
Free Software
Hanyoung Nux TCS Software
Hanyoung Nux TCS Software User Manual
VX Series SB Driver (Windows 7) Not required for Windows 10 or 11
RCS-3600-5000 0.333V, 3 Phase 5000Amp AC Measurement 12 Inch Rogowski Coils with Integrator, Class 1
The RCS-3600 three-phase flexible rope CT from Magnelab converts AC input current of up to 5000 amperes to an AC output of 0.333 volt.
A 9 to 36 VDC power supply is required to operate these coils. The RCS-3600 comes with an integrator which includes flexible strain relief cables.
Included is an 12 inch circumference rope CT with Integrator, and 8 feet of twisted pair (600V) output leads.
Magnelab Coils come with 10 year warranty
Â
Specification
Magnelab Part Number
RCS-3600-5000
Function
AC Current Measurement
Nominal Measurement Current (Ipn)
5000 Amp RMS
Measurement Range
10% - 130% if Ipn
Frequency Measuring Range
50-1500Hz (15th Harmonic)
Operating Voltage
9 - 36VDC
Accuracy
1% from 25 to 3000 Amp
Phase Angle
< 0.5 Degrees
Coil Diameter (⌀)
12 Inch
Coil Circumference
36 Inch
Integrator to Coil Cable
8 Feet Shielded
Maximum Voltage
600V (on bare conductor)
Operating Temperature
-15°C to 65°C
Storage Temperature
-45°C to 80°C
Power Consumption
< 2VA
Overload
20,000 Amp (continuous)
Termination Style
Screw
Weight
1200g
Certification
CE
Factory Pack Qty
1
Certifications
UL Recognized E96927 to IEEE C57.13, CAN/CSA 60044-1
Meets UL STD 61010-1, CAN/CSA C22.2 No. 61010
CE
ROHS
Datasheet
Product Datasheet
Application Notes
RCS/RCT Series Installation Guide
Crydom HS151DR-D1D20, Din Rail Mount DC Solid State Relay, with Heatsink 3-32VDC control, 18A @ 40 Deg C, 100VDC Load
Features
Ratings from 7A to 100 Amp @ 1-500VDC
Mosfet output for equal load sharing
Zero voltage or instantaneous turn-on outputs
UL/CE/ROHS Compliant
Direct bond copper substrate
Direct power lead frame
Epoxy free design
Spec
Part Number
HS151DR + D1D20
Switching Type
DC Switching
ROHS/CE/UL
Yes
Control Voltage
3.5 - 32VDC
Load Current
18 Amp DC @ 40 Deg C
Surge Capability
42 Amp DC
Special Feature
LED Status Indicator
Mounting Style
Panel Mount
Reccomended Load Voltage
1-72 VDC
Max Load Voltage
100 VDC
Termination Style
Screw Terminals
Dimensions
L:97mm x W:45mm x D:142.8mm
Unit Weight
450g
Factory Pack Qty
10
Â
Datasheet
HS151DR Datasheet
Series 1 DC
Notifications
Please note Changes from Gen 3 to Gen 4 (current) package design here
App Notes
Why Use SSR's?
The inside story
Selecting a SSR
DC Output SSR's
Selecting a Suitable Heatsink
Use of Thermal Interface Material
How to Verify the Proper Heatsink
Effect of Forced Air Cooling
Fuse Protection of SSR's
Overvoltage Protection "P" Option MOV
SSR Reliability Whitepaper
3 Phase Motors and Heating Applications
3 Phase Motor Reversing
How to test a SSR
SSR Precautions
SSR Life Expectancy MTBF
ROHS & Reach Statement
Heatsink
SSR and Heatsink Assemblies