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Measuring Instruments & Equipment #3810548

Digital Panel Meters

Digital Panel Meters

High accuracy Guaranteed to Class 0.5 Easy readability.

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Multifunction Meters

Multifunction Meters.

Multiparameter monitoring. Measures 16 Electrical values.

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Class Multifunction Power And Energy Meter

Application
  • Sub-station Metering
  • Industrial Large Feeder Metering
  • Load profile analysis.
  • Sub-Metering
  • Power generation
  • Power Quality analysis.
Comprehensive and Accurate Measurement
  • 3-phase Voltage (L-N)
  • 3-phase Voltage (L-L)
  • 3-phase Current
  • KW (3-phase and Total)
  • KVAR (3-phase and Total)
  • KVA (3-phase and Total)
  • PF (3-phase and Total)
  • Bidirectional KWh
  • KVAh
  • KVARh
  • Frequency
  • % THD
  • Demand & MD
Relay Outputs Options

The SLM102 has four relay outputs, related at 3A. These can be used for alarm/trip events. The use of these relays is totally field configurable, for the parameter on which to operate, the value on which to trip, the delay offer which to trip and the value at which to open. This enables the SLM102 to be used as a maximum demand controller.

Communication

EthernetThe SLM102 has a standard Ethernet-TCP/IP connection. Multiple socket Ethernet connectivity enables the unit to respond to as many as 12 different requests. The SLM102 can act as a small web-server.This on-board web-sever, offers quick and easy access to basic measurement, without special software. Built-in web pages display a range of power, energy and basic power quality information through any web enabled device. It also supports MODBUS-TCP/IP protocol.

Features
  • Exceeds class 0.2 revenue accuracy in Power & Energy Metering.
  • On board Ethernet port supporting TCT/IP protocol. Acts as a small web-server. Also supports MODBUS TCP/IP.
  • RS485 port with MODBUS-RTU protocol.
  • Demand Measurement: Fixed or sliding. KW or KVA.
  • Harmonics measurement: All six waveforms upto 29th including THD.
  • Bright Red LED display. Three rows of 8-digits each ensure unbroken display of even large energy register values.
  • Four relay outputs for Alarm & Trip. Limits are field programmable.
  • Event definition and logging.
  • Datalogging of all parameters for load pattern analysis. 2 Mbytes memory on-board.
  • USB 2.0 port to download logged data.
  • USB 2.0 port based programming of field selectable parameters.
Advance Measurement Features

SLM102 also measures the minimum & maximum values and also allows definition of events, so that the user can define the parameter of interest, event definition value and related time delays.

  • Voltage min/max. -3-phsae L-N
  • Voltage min/max. - 3-phase L-L (applicable only for 3P3W)
  • Current min/max. - 3-phase.
  • Hz min/max.
  • Active Power min/max. - 3-phase & system
  • Apparent Power min/max. - 3-phase & system
Harmonic Measurement

SLM102 measures the odd harmonics for 3 voltages and 3 currents upto 29th, includidng THDs for each waveform.

Data Logging

The SLM102 has 2Mb on-board non-volatile memory. The unit has a user programmable log capacity, that is the log duration is site selectable. A complete electrical system snap-shot is saved, to be later downloaded using the USB 2.0 port, into a PC based utility supplied free by Trinity.

Parameters
Type Name Statistics Symbol 3P4W 3P3W
True RMS Basic param eters Voltage(Volts L-N) Direct Voltage Input : 0 to 300 VAC
PT Ratio : Programmable upto 66 KV
Range of Reading : 0 to 66 KV
Accuracy : 0.2% of reading : (50
Vr Y -
Vy -
Vb Y -
Voltage(Volts L-L) Direct Voltage Input : 0 to 450 VAC
PT Ratio : Programmable upto 66 K
Range of Reading : 0 to 66 KV
Accuracy : 0.5% of reading : (85
Vry
Vbr -
Vyb
Current(Ir, Iy, Ib) Secondary Current input : 1A or 5A
CT Ratio : Freely programmable from
5A to 5000ARange of Reading : 0 to 5000A
Accuracy : 0.2% of reading (0.02 IB
Ir
Iy -
Ib
Line(Frequency) 45 to 55 HZ
Accuracy : 0.5% of Reading
Hz
Power ActivePower(P) Accuracy : See Table-1(0.5 < cosθ < 0.8) (P) R-Phase
(P) Y-Phase -
(P) B-Phase
ReactivePower(Q) Accuracy : See Table-1(0.5 < sinθ <0.8) (Q) R-Phase
(Q) Y-Phase -
(Q) B-Phase
ApparentPower(S) Accuracy : 0.3% of Reading(0.01 Ib ≤ I < Imax) (S) R-Phase -
(S) Y-Phase -
(S) B-Phase -
System ActivePower(P) Accuracy : See Table-1(0.5 < cosθ < 0.8) Σ-P
System ReactivePower(Q) Accuracy : See Table-1(0.5 < sinθ <0.8) Σ-P
System ApparentPower(S) Accuracy : 0.3% of Reading(0.01 Ib ≤ I < Imax) Σ-P
Power Factor 0.5% for 0.5 < |PF| < 0.8,(0.05 Ib < I < 1.2 Ib) PF R-Phase -
PF Y-Phase -
PF B-Phase -
System PF
Table 1-Percentage Error Limits for Power
Value fo Current PF Percentage Error Limits
0.01 Ib ≤ I < 0.05 Ib 1.0 ±0.4
0.05 Ib ≤ I ≤ Imax 1.0 ±0.2
0.02 Ib ≤ I < 0.1 Ib 0.5 Lagging ±0.5
0.8 Leading ±0.5
0.01 Ib ≤ I ≤ Imax 0.5 Lagging ±0.3
0.8 Lagging ±0.3
Energy, Demand and Power Quality
Parameters Mode
Type Statistics 3P4W 3P3W
Total ActiveEnergy(KWh) Range of reading : 0 to 9999999.9 MWh
Accuracy : 0.2S as per IS 14697:1999
Total ReactiveEnergy(KVARh) Range of reading : 0 to 9999999.9 MVARh
Accuracy : 0.2S as per IS 14697:1999
Total ApparentEnergy(KVAh) Range of reading : 0 to 9999999.9 MVAh
Active PowerDemand(KWDMND) Sliding and Fixed selectable
Apparent PowerDemand(KVADMND) Sliding and Fixed selectable
Harmonics for Voltages (3rd to 29th)
Harmonics for Current (3rd to 29th)
THD for each voltage
THD for each current
Power Supply:

Self Power. Unit has in-built 3-phase supply with an operating range of 50 VAC - 480 VAC, 50-60 Hz.

Miscellaneous
Display 8X3 (Digits X Lines) 7 Segment LED display
Eighteen LEDs for parameter indication
Two LEDs for Active and Reactive Energy (1000 impulse / KWh or KVARh).
Dimensions Bezel : 144 mm X 144 mm.
Depth of Installation : 55 mm
Panel cutout : 138 mm X 138 mm
Operating Temperature : 0°C to 60°C
















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Dual Energy Meter

  • Display 16 x 1 LCM (Entity)
Infinity and Entity from Trinity are digital energy meters for use in three phase electrical systems for sub-metering applications. The design of these meters is based on proven microcontroller technology; with front end ASICs resulting in compact and accurate energy metering. The accuracy of the meters is maintained even under severely distorted waveform conditions which occur due to harmonics in the system.
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Entity Digital Energy Meters

Infinity and Entity from Trinity are digital energy meters for use in three phase electrical systems for sub-metering applications.

The design of these meters is based on proven microcontroller technology; with front end ASICs resulting in compact and accurate energy metering. The accuracy of the meters is maintained even under severely distorted waveform conditions which occur due to harmonics in the system.

Features
  • Class 1.0s accuracy as per IS13779
  • Class 0.5 accuracy also available
  • Microcontroller based
  • Display: 16 x 1 LCM (Entity), 16x2 LCM with dual source(Infinity), 16x1 LCM without dual source(Infinity).
Optional
  • RS-485 Communication port with MODBUS-RTU protocol.
  • Dual source measurement (EB & DG) optional available.
  • Whole current models for 32A and 50A available.

Parameter
Type Name Statistics
Input Supply Three Phases and Neutral of a 3P4W system / Three Phases of 3P3W system.
Voltage Direct Voltage Input: Up to 300V L-N or 500V L-L Burden: 0.5VA
Current Secondary Current Input: 5A or 1A (To be specified at the time of Ordering)
CT Primary: Site Selectable
Range of Reading: 0 - 5000A
Burden : <1.0VA
Overload (Through CT): 5A CT = 6A RMS Continuous
1ACT = 1.2A RMS Continuous
(Whole Current): 120% of Imax continuous.
Auxiliary Power Supply Operating Voltage for SMPS : 80VAC-480VAC, 50-60Hz.
Comm. RS485 Port Supporting MODBUS-RTU protocol. (Infinity).
Measurement Energy Total ActiveEnergy (KWh) Range of Reading: 0 to 9999999.9 KWh
Accuracy: 1.0S as per IS13779.
Miscellaneous Dimensions Bezel 96 X 96 mm
Panel Cutout 92 X 92 mm
Depth of installation 55 mm
  Operating temp 0°C to 60°C
  Weight 0.30 Kg. (Infinity), 0.264 Kg. (Entity)
  Min.Operating Current 0.4% of CT primary.
  Dual Source Sensing By presence or absence of 230VAC across two terminals can be looped.







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Digital Energy Meter

The design of these meters is based on proven microcontroller technology; with front end ASICs resulting in compact and accurate energy metering. The accuracy of the meters is maintained even under severely distorted waveform conditions which occur due to harmonics in the system.
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Tiny Pro

Features
  • Multiparameter monitoring.
  • All parameters with default accuracy class 1.0.
  • Measures V, I, KW and Hz.
  • All parameters with default accuracy class
  • Compact 96 x 96 x 55 mm DIN enclosure.
  • Micro-controller based.
  • True RMS.
Options available on request
  • Tiny Pro 3 (PF, KW and KWH),
  • Tiny Pro 4 (V, I, Hz, and KWH)
  • Tiny Pro 5 (V, I, Hz, KW and KWH),
  • Tiny Pro 6 (V, I, PF, Hz, KW and KWH),

Sr. No. Parameters & Options Statistics
01 Volts R-N Direct Voltage Input : Up to 300V L-N
Burden : 0.5VA
Secondary Voltage Input : 63.5V*
02 Volts Y-N
03 Volts B-N
04 Volts RY Direct Voltage Input : Up to 500V L-L
Burden : 0.5VA
Secondary Voltage Input : 110V*
05 Volts YB
06 Volts BR
07 Current R Secondary Current Input : 5A or 1A (To be specified at thetime of Ordering)
CT Primary : Site Selectable
Range of Reading : 0 – 4000A
Burden : < 1.0VA
Overload(Through CT) : 5A CT = 6A RMS Continuous
1A CT = 1.2A RMS Continuous
(Whole Current) : 120% of Imax continuous.
08 Current Y
09 Current B
10 Frequency 45 to 55 Hz, Accuracy : 0.3% of Reading
11 KWh Range of Reading : 0 to 9999999.9 KWh
Accuracy : 1.0S as per IS13779.
12 KVARh Range of Reading : 0 to 9999999.9 KWh
Accuracy : 1.5% of Reading
(Between 0.5 Lag to 0.8 Lead)
13 KVAh Range of Reading : 0 to 9999999.9 KWh
Accuracy : 1.0% of Reading
14 System PF Accuracy : 1% of Reading (IPFI>0.5)
Range of Reading : 0.05 to 1.00 Lag/Lead
15 System KVA Accuracy : 1.0% of Reading
16 System KW Accuracy : 1.0% of Reading
(Between 0.5 Lag to 0.8 Lead)
17 System KVAR Accuracy : 1.5% of Reading
(Between 0.5 Lag to 0.8 Lead)
18 DISPLAY 0.4” Red Seven Segment.
19 RS485 For Integration with EMS/SCADA
20 Bezel 96x96 mm DIN enclosure
21 Depth 55 mm

















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Pf Meter

TRINITY has a versatile range of Power Factor Correction relays suitable for all applications. These controllers are available in economy version with minimum features, intelligent models with advance control algorithm and also sub-second switching models with solid state outputs. The entire series is economical user friendly and extremely reliable. Designs of these have been field proven for nearly fifteen years with more then 10000 units in service.
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Vaf Meters

The VAF model meters from Trinity are True RMS type digital meters for use in three phase four wire LT electrical systems. The design of these meters is based on proven micro-controller technology, resulting in compact and accurate meters. The design uses powerful micro-controller based technology. The meter uses state of the art Digital Signal Processing (DSP) circuitry to achieve very high accuracy measurement of True RMS value of all parameters. The meter displays the readings on Crisp Super bright LED Displays.
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Electrical Power Meter

The electrical power meter, Xpert is a micro-controller based unit which measures various electrical parameters, and sequentially displays on a 128X64 backlit LCD.

The unit measures the three phase voltages, currents, frequency, power factors, individual Harmonic data as Histogram including Total Harmonic Distortion as well as individual current and voltage waveforms for all three phases. Based on these inputs, the system KVA, KW and KWh can also be calculated.

For the correct operation of the unit, the only basic care required is to ensure that the phase sequence of the three phases is R-Y-B and the polarity of the CT secondary is correct.

The unit is fully solid state and will give years of trouble-free service once installed correctly.

Features
  • Compact 96 X 96 X 55 mm!
  • Graphical Display 128 X 64.
  • Accuracy: Class 1.0 & Class 0.5 (Optional).
  • Odd Harmonics up to 15th of individual Voltage and Current waveforms including THD.
  • RS485 port for Communication EMS/ PLC/ SCADA (Optional).
  • Dual Source Measurement (Optional).
  • Two Relays - individually programmable for Alarm/ Trip (Optional).
  • Histogram & Tabular display of Harmonic content.
  • Wave shape display for all voltages & currents.

Parameters
Type Name Statistics
Input Supply Three Phases and Neutral of a 3P4W system / ThreePhases of a 3P3W system
Voltage Direct Voltage Input : 25 to 500V L-L, 20 to 300V L-N
PT Ratio : Site Selectable
Burden : 0.5VA
Current Secondary Current Input : 5A or 1A (Site Selectable)
CT Ratio : Site Selectable
Range of Reading : 5 – 5000A
Burden : < 1.0VA
Overload : 5A CT = 6A RMS Continuous
1A CT — 1.2A RMS Continuous
PowerSupply Auxiliary Supply : 80 - 480 VAC, 50-60 Hz.
 
Output Relay Two. Individually Field Programmable.5A @ 250 VAC, Resistive Load
MEASUREMENT True RMSBasicParameters Voltage(Volts L-N & L-L) VL-N - Accuracy : 0.5% of ReadingVL-L - Accuracy : 1.0% of Reading
Current(Amps IR, IY, IB) Accuracy : 0.25% of Reading
Line Frequency 45 to 55 Hz, Accuracy : 0.3% of Reading
Power Active Power (P) Accuracy : 1% of Reading(For IPFI>0.5)
Reactive Power (Q) Accuracy : 1.5% of Reading(Between 0.5 Lag to 0.8 Lead)
Apparent Power (S) Accuracy : 1% of Reading
Power Factor For Individual phases and System
Accuracy : 1.0% of Reading (IPFI=0.5)
Range of Reading : 0.05 to 1.00 Lag/Lead
Energy Total Active Energy (KWh) Range of Reading : 0 to 9999999.9
Accuracy : class 1.0S
Total Apparent Energy (KVAh) Range of Reading : 0 to 9999999.9
Accuracy : 1.0% of Reading
Total Apparent Energy (KVARh) Range of Reading : 0 to 9999999.9
Accuracy : 1.5% of Reading
PowerQuality Individual Wave form for each voltage and current
THD for each current and voltage in three phases
MISC. Dimensions Bezel 96 X 96 mm
Panel Cutout 90 X 90 mm
Depth of installation 55 mm
Display 128X64 LCD
Operating temp 10°C to 50°C
Weight 0.35 Kgs (Approx.)
Min. Operating Current 0.4% to 120% of CT primary
Comm RS485 Modbus-RTU protocol












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NF29

The unit is low cost, easy-to-use, individual and multifunctional that enables to measure all the basic parameters required in an electrical installation and monitors electricity over and above basic metering. The entire range is very rugged and cost-effective. All these products are field proven and more than 100, 000 units are active in service.

  • Micro-controller based
  • Measurement of all important Electrical Parameters
  • All parameters with default accuracy class 1.0S
  • Displays with customized LCD
  • Individual voltages and currents for all three phases (R-Y-B)
  • Individual three powers-KW, KVA and KVAR
  • Individual PF and system PF with lead (-) and lag side
  • Frequency (Hz), three energies (KWh, KVAh, KVARh)

Parameter Displays
  • V, A, KWH, KVAH, KVARH, PF, Hz, System & Phase wise KW; KVA; KVAR.

SR.No. Parameters & Option Statistics
01 Volts R-N DirectVoltage Input : 20 to 300V L-N
Burden : 0.5VA
02 Volts Y-N
03 Volts B-N
04 Volts RY DirectVoltage Input : Up to 500V L-L
Burden : 0.5VA
05 Volts YB
06 Volts BR
07 I R Secondary Current Input : 5A or 1A (To be specified at the time of Ordering)
CT Primary : Site Selectable
Range of Reading : 5 – 5000A
Burden : < 1.0VA
Overload(Through CT) : 5A CT = 6A RMS Continuous
1A CT = 1.2A RMS Continuous
(Whole Current) : 120% of Imax continuous.
08 I Y
09 I B
10 Frequency 45 to 55 Hz, Accuracy: 0.3% of Reading
11 KWh Range of Reading: 0 to 9999999.9 KWh
Accuracy : 1.0S as per IS13779.
12 KVARh Range of Reading: 0 to 9999999.9 KVARh
Accuracy : 1.5% of Reading (Between 0.5 Lag to 0.8 Lead
13 KVAh Range of Reading: 0 to 9999999.9 KVAh
Accuracy : 1.0% of Reading
14 System PF Accuracy : 1% ofReading (IPFI>0.5) Range of Reading : 0.05 to 1.00 Lag/Lead
15 System KVA Accuracy : 1.0%of Reading
16 System KW Accuracy : 1.0%of Reading
17 System KVAR Accuracy: 1.5% of Reading (Between 0.5 Lag to 0.8 Lead)
18 DISPLAY Customized LCD
19 Bezel 96x96mm DINenclosure
20 Depth 55 mm











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Manufacturer of Measuring Instruments & Equipment from Vadodara, Gujarat by Trinity Energy Systems Pvt Ltd
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TE

Trinity Energy Systems Pvt Ltd

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Measuring Instruments & Equipment

Our offered Product range includes Digital Panel Meters, Multifunction Meters, Class Multifunction Power and Energy Meter, Dual Energy Meter and Entity digital energy meters.

Digital Panel Meters

Digital Panel Meters

High accuracy Guaranteed to Class 0.5 Easy readability.

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Multifunction Meters

Multifunction Meters.

Multiparameter monitoring. Measures 16 Electrical values.

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Class Multifunction Power And Energy Meter

Application
  • Sub-station Metering
  • Industrial Large Feeder Metering
  • Load profile analysis.
  • Sub-Metering
  • Power generation
  • Power Quality analysis.
Comprehensive and Accurate Measurement
  • 3-phase Voltage (L-N)
  • 3-phase Voltage (L-L)
  • 3-phase Current
  • KW (3-phase and Total)
  • KVAR (3-phase and Total)
  • KVA (3-phase and Total)
  • PF (3-phase and Total)
  • Bidirectional KWh
  • KVAh
  • KVARh
  • Frequency
  • % THD
  • Demand & MD
Relay Outputs Options

The SLM102 has four relay outputs, related at 3A. These can be used for alarm/trip events. The use of these relays is totally field configurable, for the parameter on which to operate, the value on which to trip, the delay offer which to trip and the value at which to open. This enables the SLM102 to be used as a maximum demand controller.

Communication

EthernetThe SLM102 has a standard Ethernet-TCP/IP connection. Multiple socket Ethernet connectivity enables the unit to respond to as many as 12 different requests. The SLM102 can act as a small web-server.This on-board web-sever, offers quick and easy access to basic measurement, without special software. Built-in web pages display a range of power, energy and basic power quality information through any web enabled device. It also supports MODBUS-TCP/IP protocol.

Features
  • Exceeds class 0.2 revenue accuracy in Power & Energy Metering.
  • On board Ethernet port supporting TCT/IP protocol. Acts as a small web-server. Also supports MODBUS TCP/IP.
  • RS485 port with MODBUS-RTU protocol.
  • Demand Measurement: Fixed or sliding. KW or KVA.
  • Harmonics measurement: All six waveforms upto 29th including THD.
  • Bright Red LED display. Three rows of 8-digits each ensure unbroken display of even large energy register values.
  • Four relay outputs for Alarm & Trip. Limits are field programmable.
  • Event definition and logging.
  • Datalogging of all parameters for load pattern analysis. 2 Mbytes memory on-board.
  • USB 2.0 port to download logged data.
  • USB 2.0 port based programming of field selectable parameters.
Advance Measurement Features

SLM102 also measures the minimum & maximum values and also allows definition of events, so that the user can define the parameter of interest, event definition value and related time delays.

  • Voltage min/max. -3-phsae L-N
  • Voltage min/max. - 3-phase L-L (applicable only for 3P3W)
  • Current min/max. - 3-phase.
  • Hz min/max.
  • Active Power min/max. - 3-phase & system
  • Apparent Power min/max. - 3-phase & system
Harmonic Measurement

SLM102 measures the odd harmonics for 3 voltages and 3 currents upto 29th, includidng THDs for each waveform.

Data Logging

The SLM102 has 2Mb on-board non-volatile memory. The unit has a user programmable log capacity, that is the log duration is site selectable. A complete electrical system snap-shot is saved, to be later downloaded using the USB 2.0 port, into a PC based utility supplied free by Trinity.

Parameters
Type Name Statistics Symbol 3P4W 3P3W
True RMS Basic param eters Voltage(Volts L-N) Direct Voltage Input : 0 to 300 VAC
PT Ratio : Programmable upto 66 KV
Range of Reading : 0 to 66 KV
Accuracy : 0.2% of reading : (50
Vr Y -
Vy -
Vb Y -
Voltage(Volts L-L) Direct Voltage Input : 0 to 450 VAC
PT Ratio : Programmable upto 66 K
Range of Reading : 0 to 66 KV
Accuracy : 0.5% of reading : (85
Vry
Vbr -
Vyb
Current(Ir, Iy, Ib) Secondary Current input : 1A or 5A
CT Ratio : Freely programmable from
5A to 5000ARange of Reading : 0 to 5000A
Accuracy : 0.2% of reading (0.02 IB
Ir
Iy -
Ib
Line(Frequency) 45 to 55 HZ
Accuracy : 0.5% of Reading
Hz
Power ActivePower(P) Accuracy : See Table-1(0.5 < cosθ < 0.8) (P) R-Phase
(P) Y-Phase -
(P) B-Phase
ReactivePower(Q) Accuracy : See Table-1(0.5 < sinθ <0.8) (Q) R-Phase
(Q) Y-Phase -
(Q) B-Phase
ApparentPower(S) Accuracy : 0.3% of Reading(0.01 Ib ≤ I < Imax) (S) R-Phase -
(S) Y-Phase -
(S) B-Phase -
System ActivePower(P) Accuracy : See Table-1(0.5 < cosθ < 0.8) Σ-P
System ReactivePower(Q) Accuracy : See Table-1(0.5 < sinθ <0.8) Σ-P
System ApparentPower(S) Accuracy : 0.3% of Reading(0.01 Ib ≤ I < Imax) Σ-P
Power Factor 0.5% for 0.5 < |PF| < 0.8,(0.05 Ib < I < 1.2 Ib) PF R-Phase -
PF Y-Phase -
PF B-Phase -
System PF
Table 1-Percentage Error Limits for Power
Value fo Current PF Percentage Error Limits
0.01 Ib ≤ I < 0.05 Ib 1.0 ±0.4
0.05 Ib ≤ I ≤ Imax 1.0 ±0.2
0.02 Ib ≤ I < 0.1 Ib 0.5 Lagging ±0.5
0.8 Leading ±0.5
0.01 Ib ≤ I ≤ Imax 0.5 Lagging ±0.3
0.8 Lagging ±0.3
Energy, Demand and Power Quality
Parameters Mode
Type Statistics 3P4W 3P3W
Total ActiveEnergy(KWh) Range of reading : 0 to 9999999.9 MWh
Accuracy : 0.2S as per IS 14697:1999
Total ReactiveEnergy(KVARh) Range of reading : 0 to 9999999.9 MVARh
Accuracy : 0.2S as per IS 14697:1999
Total ApparentEnergy(KVAh) Range of reading : 0 to 9999999.9 MVAh
Active PowerDemand(KWDMND) Sliding and Fixed selectable
Apparent PowerDemand(KVADMND) Sliding and Fixed selectable
Harmonics for Voltages (3rd to 29th)
Harmonics for Current (3rd to 29th)
THD for each voltage
THD for each current
Power Supply:

Self Power. Unit has in-built 3-phase supply with an operating range of 50 VAC - 480 VAC, 50-60 Hz.

Miscellaneous
Display 8X3 (Digits X Lines) 7 Segment LED display
Eighteen LEDs for parameter indication
Two LEDs for Active and Reactive Energy (1000 impulse / KWh or KVARh).
Dimensions Bezel : 144 mm X 144 mm.
Depth of Installation : 55 mm
Panel cutout : 138 mm X 138 mm
Operating Temperature : 0°C to 60°C
















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Dual Energy Meter

  • Display 16 x 1 LCM (Entity)
Infinity and Entity from Trinity are digital energy meters for use in three phase electrical systems for sub-metering applications. The design of these meters is based on proven microcontroller technology; with front end ASICs resulting in compact and accurate energy metering. The accuracy of the meters is maintained even under severely distorted waveform conditions which occur due to harmonics in the system.
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Entity Digital Energy Meters

Infinity and Entity from Trinity are digital energy meters for use in three phase electrical systems for sub-metering applications.

The design of these meters is based on proven microcontroller technology; with front end ASICs resulting in compact and accurate energy metering. The accuracy of the meters is maintained even under severely distorted waveform conditions which occur due to harmonics in the system.

Features
  • Class 1.0s accuracy as per IS13779
  • Class 0.5 accuracy also available
  • Microcontroller based
  • Display: 16 x 1 LCM (Entity), 16x2 LCM with dual source(Infinity), 16x1 LCM without dual source(Infinity).
Optional
  • RS-485 Communication port with MODBUS-RTU protocol.
  • Dual source measurement (EB & DG) optional available.
  • Whole current models for 32A and 50A available.

Parameter
Type Name Statistics
Input Supply Three Phases and Neutral of a 3P4W system / Three Phases of 3P3W system.
Voltage Direct Voltage Input: Up to 300V L-N or 500V L-L Burden: 0.5VA
Current Secondary Current Input: 5A or 1A (To be specified at the time of Ordering)
CT Primary: Site Selectable
Range of Reading: 0 - 5000A
Burden : <1.0VA
Overload (Through CT): 5A CT = 6A RMS Continuous
1ACT = 1.2A RMS Continuous
(Whole Current): 120% of Imax continuous.
Auxiliary Power Supply Operating Voltage for SMPS : 80VAC-480VAC, 50-60Hz.
Comm. RS485 Port Supporting MODBUS-RTU protocol. (Infinity).
Measurement Energy Total ActiveEnergy (KWh) Range of Reading: 0 to 9999999.9 KWh
Accuracy: 1.0S as per IS13779.
Miscellaneous Dimensions Bezel 96 X 96 mm
Panel Cutout 92 X 92 mm
Depth of installation 55 mm
  Operating temp 0°C to 60°C
  Weight 0.30 Kg. (Infinity), 0.264 Kg. (Entity)
  Min.Operating Current 0.4% of CT primary.
  Dual Source Sensing By presence or absence of 230VAC across two terminals can be looped.







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Digital Energy Meter

The design of these meters is based on proven microcontroller technology; with front end ASICs resulting in compact and accurate energy metering. The accuracy of the meters is maintained even under severely distorted waveform conditions which occur due to harmonics in the system.
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Tiny Pro

Features
  • Multiparameter monitoring.
  • All parameters with default accuracy class 1.0.
  • Measures V, I, KW and Hz.
  • All parameters with default accuracy class
  • Compact 96 x 96 x 55 mm DIN enclosure.
  • Micro-controller based.
  • True RMS.
Options available on request
  • Tiny Pro 3 (PF, KW and KWH),
  • Tiny Pro 4 (V, I, Hz, and KWH)
  • Tiny Pro 5 (V, I, Hz, KW and KWH),
  • Tiny Pro 6 (V, I, PF, Hz, KW and KWH),

Sr. No. Parameters & Options Statistics
01 Volts R-N Direct Voltage Input : Up to 300V L-N
Burden : 0.5VA
Secondary Voltage Input : 63.5V*
02 Volts Y-N
03 Volts B-N
04 Volts RY Direct Voltage Input : Up to 500V L-L
Burden : 0.5VA
Secondary Voltage Input : 110V*
05 Volts YB
06 Volts BR
07 Current R Secondary Current Input : 5A or 1A (To be specified at thetime of Ordering)
CT Primary : Site Selectable
Range of Reading : 0 – 4000A
Burden : < 1.0VA
Overload(Through CT) : 5A CT = 6A RMS Continuous
1A CT = 1.2A RMS Continuous
(Whole Current) : 120% of Imax continuous.
08 Current Y
09 Current B
10 Frequency 45 to 55 Hz, Accuracy : 0.3% of Reading
11 KWh Range of Reading : 0 to 9999999.9 KWh
Accuracy : 1.0S as per IS13779.
12 KVARh Range of Reading : 0 to 9999999.9 KWh
Accuracy : 1.5% of Reading
(Between 0.5 Lag to 0.8 Lead)
13 KVAh Range of Reading : 0 to 9999999.9 KWh
Accuracy : 1.0% of Reading
14 System PF Accuracy : 1% of Reading (IPFI>0.5)
Range of Reading : 0.05 to 1.00 Lag/Lead
15 System KVA Accuracy : 1.0% of Reading
16 System KW Accuracy : 1.0% of Reading
(Between 0.5 Lag to 0.8 Lead)
17 System KVAR Accuracy : 1.5% of Reading
(Between 0.5 Lag to 0.8 Lead)
18 DISPLAY 0.4” Red Seven Segment.
19 RS485 For Integration with EMS/SCADA
20 Bezel 96x96 mm DIN enclosure
21 Depth 55 mm

















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Pf Meter

TRINITY has a versatile range of Power Factor Correction relays suitable for all applications. These controllers are available in economy version with minimum features, intelligent models with advance control algorithm and also sub-second switching models with solid state outputs. The entire series is economical user friendly and extremely reliable. Designs of these have been field proven for nearly fifteen years with more then 10000 units in service.
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Vaf Meters

The VAF model meters from Trinity are True RMS type digital meters for use in three phase four wire LT electrical systems. The design of these meters is based on proven micro-controller technology, resulting in compact and accurate meters. The design uses powerful micro-controller based technology. The meter uses state of the art Digital Signal Processing (DSP) circuitry to achieve very high accuracy measurement of True RMS value of all parameters. The meter displays the readings on Crisp Super bright LED Displays.
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Electrical Power Meter

The electrical power meter, Xpert is a micro-controller based unit which measures various electrical parameters, and sequentially displays on a 128X64 backlit LCD.

The unit measures the three phase voltages, currents, frequency, power factors, individual Harmonic data as Histogram including Total Harmonic Distortion as well as individual current and voltage waveforms for all three phases. Based on these inputs, the system KVA, KW and KWh can also be calculated.

For the correct operation of the unit, the only basic care required is to ensure that the phase sequence of the three phases is R-Y-B and the polarity of the CT secondary is correct.

The unit is fully solid state and will give years of trouble-free service once installed correctly.

Features
  • Compact 96 X 96 X 55 mm!
  • Graphical Display 128 X 64.
  • Accuracy: Class 1.0 & Class 0.5 (Optional).
  • Odd Harmonics up to 15th of individual Voltage and Current waveforms including THD.
  • RS485 port for Communication EMS/ PLC/ SCADA (Optional).
  • Dual Source Measurement (Optional).
  • Two Relays - individually programmable for Alarm/ Trip (Optional).
  • Histogram & Tabular display of Harmonic content.
  • Wave shape display for all voltages & currents.

Parameters
Type Name Statistics
Input Supply Three Phases and Neutral of a 3P4W system / ThreePhases of a 3P3W system
Voltage Direct Voltage Input : 25 to 500V L-L, 20 to 300V L-N
PT Ratio : Site Selectable
Burden : 0.5VA
Current Secondary Current Input : 5A or 1A (Site Selectable)
CT Ratio : Site Selectable
Range of Reading : 5 – 5000A
Burden : < 1.0VA
Overload : 5A CT = 6A RMS Continuous
1A CT — 1.2A RMS Continuous
PowerSupply Auxiliary Supply : 80 - 480 VAC, 50-60 Hz.
 
Output Relay Two. Individually Field Programmable.5A @ 250 VAC, Resistive Load
MEASUREMENT True RMSBasicParameters Voltage(Volts L-N & L-L) VL-N - Accuracy : 0.5% of ReadingVL-L - Accuracy : 1.0% of Reading
Current(Amps IR, IY, IB) Accuracy : 0.25% of Reading
Line Frequency 45 to 55 Hz, Accuracy : 0.3% of Reading
Power Active Power (P) Accuracy : 1% of Reading(For IPFI>0.5)
Reactive Power (Q) Accuracy : 1.5% of Reading(Between 0.5 Lag to 0.8 Lead)
Apparent Power (S) Accuracy : 1% of Reading
Power Factor For Individual phases and System
Accuracy : 1.0% of Reading (IPFI=0.5)
Range of Reading : 0.05 to 1.00 Lag/Lead
Energy Total Active Energy (KWh) Range of Reading : 0 to 9999999.9
Accuracy : class 1.0S
Total Apparent Energy (KVAh) Range of Reading : 0 to 9999999.9
Accuracy : 1.0% of Reading
Total Apparent Energy (KVARh) Range of Reading : 0 to 9999999.9
Accuracy : 1.5% of Reading
PowerQuality Individual Wave form for each voltage and current
THD for each current and voltage in three phases
MISC. Dimensions Bezel 96 X 96 mm
Panel Cutout 90 X 90 mm
Depth of installation 55 mm
Display 128X64 LCD
Operating temp 10°C to 50°C
Weight 0.35 Kgs (Approx.)
Min. Operating Current 0.4% to 120% of CT primary
Comm RS485 Modbus-RTU protocol












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NF29

The unit is low cost, easy-to-use, individual and multifunctional that enables to measure all the basic parameters required in an electrical installation and monitors electricity over and above basic metering. The entire range is very rugged and cost-effective. All these products are field proven and more than 100, 000 units are active in service.

  • Micro-controller based
  • Measurement of all important Electrical Parameters
  • All parameters with default accuracy class 1.0S
  • Displays with customized LCD
  • Individual voltages and currents for all three phases (R-Y-B)
  • Individual three powers-KW, KVA and KVAR
  • Individual PF and system PF with lead (-) and lag side
  • Frequency (Hz), three energies (KWh, KVAh, KVARh)

Parameter Displays
  • V, A, KWH, KVAH, KVARH, PF, Hz, System & Phase wise KW; KVA; KVAR.

SR.No. Parameters & Option Statistics
01 Volts R-N DirectVoltage Input : 20 to 300V L-N
Burden : 0.5VA
02 Volts Y-N
03 Volts B-N
04 Volts RY DirectVoltage Input : Up to 500V L-L
Burden : 0.5VA
05 Volts YB
06 Volts BR
07 I R Secondary Current Input : 5A or 1A (To be specified at the time of Ordering)
CT Primary : Site Selectable
Range of Reading : 5 – 5000A
Burden : < 1.0VA
Overload(Through CT) : 5A CT = 6A RMS Continuous
1A CT = 1.2A RMS Continuous
(Whole Current) : 120% of Imax continuous.
08 I Y
09 I B
10 Frequency 45 to 55 Hz, Accuracy: 0.3% of Reading
11 KWh Range of Reading: 0 to 9999999.9 KWh
Accuracy : 1.0S as per IS13779.
12 KVARh Range of Reading: 0 to 9999999.9 KVARh
Accuracy : 1.5% of Reading (Between 0.5 Lag to 0.8 Lead
13 KVAh Range of Reading: 0 to 9999999.9 KVAh
Accuracy : 1.0% of Reading
14 System PF Accuracy : 1% ofReading (IPFI>0.5) Range of Reading : 0.05 to 1.00 Lag/Lead
15 System KVA Accuracy : 1.0%of Reading
16 System KW Accuracy : 1.0%of Reading
17 System KVAR Accuracy: 1.5% of Reading (Between 0.5 Lag to 0.8 Lead)
18 DISPLAY Customized LCD
19 Bezel 96x96mm DINenclosure
20 Depth 55 mm











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