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July 1999

SHOWN WITH OPTIONAL DISPLAY

TM 

A Kele Company

DESCRIPTION

The  PowerTrak Series Power Monitoring Interface moni-
tors numerous power system parameters for local display
and/or remote connection to a BAS or other data acquisition
equipment. Any three-phase or single-phase 50/60 Hertz elec-
trical system from 120 to 600 volts can be monitored by the
PowerTrak without the need for potential transformers. Higher
voltage systems such as 5 kVolt or 15 kVolt services can also
be monitored using potential transformers. The PowerTrak is
available for use with 1 amp, 5 amp or 0.333 volt current trans-
formers. Options include a current transformer shorting
assembly and a digital LCD display.
Furnished in a NEMA 1 hinged cover enclosure with external
mounting feet and conduit knockouts on all sides, the
PowerTrak is simple to install. Setup of the PowerTrak is eas-
ily accomplished with a selector switch and DIP switches. A
truly unique feature of the PowerTrak is its ability to identify
and electronically correct wiring problems such as reversed
CT polarities or improper phasing of voltages with CT's.

FEATURES

Auto-corrects for wiring errors

Three-phase (Wye or Delta) or single-phase systems

Voltage selector switch (120-600V)

Accepts  5 amp, 1 amp or 0.333 Volt CT’s

Low voltage alarm contact

Two 4-20 mA outputs

Pulse output for KWH with selectable pulse rate

Optional two line LCD display

Optional unique CT shorting assembly

Easily installed enclosure with external mounting feet

Optional LonWorks communications

APPLICATION

PowerTrak Applications:
Remote (Outputs) & Local (Display) Monitoring
KWH

Total KW

Window KW

Peak Window KW

Total KVA

Total Power Factor (PF)

True RMS Voltage

True RMS Current

Local (Display) Monitoring - Each Phase
True RMS Voltage
True RMS Current
KW (Wye systems)
KVA (Wye systems)
Power Factor (Wye systems)

Inputs:
System type

Three-phase (Wye or Delta), 
Single-Phase

Input voltage

120 to 600 VAC

Frequency

50/60 Hz

Input current

0-5 amp or 0-1 amp or 0-0.333 volts

CT Burden

0.75 VA maximum (1A or 5A inputs)

PT Burden

4.8 VA maximum

Fusing

0.5 A, 600 V (KLK-0.5)

Outputs:
Pulse output

Pulsed contact closure for KWH
Solid state relay, 50 VAC/DC max, 
100 mA max

Pulse rate

Four selectable KWH per pulse 
rates, 50% duty cycle

Maximum pulse rate

Five pulses per second

Contact output

Maintained contact closure for 
low voltage alarm
50 VAC/DC, 100 mA max

Analog outputs

Two (2) externally  powered 
4-20 mA signals selectable 
for total KW, window KW, 
peak window KW, total power factor, 
total KVA, RMS current*, or 
RMS voltage*

Analog output max load 725 ohms each output @ 24 VDC
Analog output power

External 24 VDC @ 60 mA max

Accuracy

0.75% of F.S. (KW, KVA, VOLTS, AMPS)
± 0.03 PF (40 to 100% F.S. power)

Operating temperature

32° to 122°F (0 to 50°C)

Humidity

5-95% noncondensing

Display option

LCD, Two lines, 16 characters/line

Dimensions

12"H x 10"W x 4"D
(30.5 cm x 25.4 cm x 10.2 cm)

Weight

12 lbs (5.5 kg)

Approvals

UL and CUL listed, file #E161500

* Voltage and current outputs are the average of the three-
phase true RMS values.

SPECIFICATIONS

R

R

C

TM 

KELE • www.kele.com • FAX 901-372-2531

USA 901-937-4900 • International 901-382-6084

POWERTRAK POWER MONITORING INTERFACE

PT-9000 SERIES

SOLUTIONS

rev. 5/98

Summary of Contents for PowerTrak Series

Page 1: ...ptional LonWorks communications APPLICATION PowerTrak Applications Remote Outputs Local Display Monitoring KWH Total KW Window KW Peak Window KW Total KVA Total Power Factor PF True RMS Voltage True RMS Current Local Display Monitoring Each Phase True RMS Voltage True RMS Current KW Wye systems KVA Wye systems Power Factor Wye systems Inputs System type Three phase Wye or Delta Single Phase Input ...

Page 2: ... read by the PowerTrak The jumper plugs should be placed in the SHORT position before the shorting assembly is disconnected from the PowerTrak Current Transformer CT Installation Note When using current transformers with small burden load capability typically CT s with ratios below 200 5 the CT secondary wiring can add significantly to the burden that must be supported by the CT For these applica ...

Page 3: ...d with the communications module for information on wiring protocols etc INSTALLATION Continued The PT 9000 may be ordered with an optional two line 16 character alpha numeric LCD display for local monitor ing of power parameters Each line of the display can be manually scrolled with the yellow cover mounted buttons to view up to 23 different displayed parameters No calibration of the display is r...

Page 4: ... indicating the actual phasing between the voltage and current inputs to the PowerTrak A lighted CT polarity LED indicates that the corresponding CT is installed or wired backwards giving a reverse polarity A correctly wired PowerTrak will be indicated by all CT polarity LED s extinguished and the left most Volts Amps phasing LED lighted Should any of the other phasing or CT polarity LED s be ligh...

Page 5: ...Off Off 102 Off Off On On Off On 104 Off Off On On On Off 106 Off Off On On On On 108 Off On Off Off Off Off 111 Off On Off Off Off On 113 Off On Off Off On Off 114 Off On Off Off On On 116 Off On Off On Off Off 118 Off On Off On Off On 123 Off On Off On On Off 125 Off On Off On On On 130 Off On On Off Off Off 160 Off On On Off Off On 170 Off On On Off On Off 176 Off On On Off On On 180 Off On On ...

Page 6: ...itch B3 B4 B5 B6 B7 B8 Total KW Off Off Off Off Off Off 15 minute Sliding Window KW Off Off On Off Off On Peak Sliding Window KW Off On Off Off On Off Total KVA Off On On Off On On Total Power Factor On Off Off On Off Off RMS Current On Off On On Off On RMS Voltage On On Off On On Off KWH Per Pulse Switch B1 Switch B2 0 01 Off Off 0 1 Off On 1 On Off 10 On On TABLE 4 mA OUTPUT SIGNAL SELECTIONS TA...

Page 7: ...0 mA OUTPUT 1 OVER VOLTS LED X2 X1 X2 X1 X2 X1 A NORM SHORT B NORM SHORT C NORM SHORT OPTIONAL CT SHORTING ASSEMBLY DETAIL SYSTEM VOLTAGE SELECT SWITCH 600 V 120 144 V 190 277 V MAKE CT CONNECTIONS TO THESE TERMINALS CTC CTB CTA CT shorting jumpers shown in the normal position CT shorting assembly pins secured to PT 9000 CT Inputs Terminal Block PT 9000 SERIES OPTIONAL COVER MOUNTED LCD DISPLAY DE...

Page 8: ...s updated on thirty second intervals and will change in value only if the current sliding window KW value is greater than the current peak window KW value KELE www kele com FAX 901 372 2531 USA 901 937 4900 International 901 382 6084 8 X2 X1 H1 CT L N L N L I N E L O A D CT H1 should face Line side CTC X2 X1 CTB X2 X1 CTA X2 X1 CT INPUTS SYSTEM VOLTAGE CONNECTIONS NEUTRAL L3 L2 L1 No Connection No...

Page 9: ...VA The Total KVA parameter is the total instantaneous KVA demand for a three phase or single phase electrical system Three phase equation Single phase equation KVA E x I x 1 73 x mA out 4 KVA E x I x mA out 4 1000 x 16 1000 x 16 Where KVA Total KVA value E 144 SYSTEM VOLTAGE SELECT switch set to 120 144 V 277 SYSTEM VOLTAGE SELECT switch set to 190 277 V 415 SYSTEM VOLTAGE SELECT switch set to 346...

Page 10: ...of the CT ratio selected with DIP switch C1 C5 ex CT ratio 500 for 500 5 ratio mA out PowerTrak milliamp output value for True RMS Current DIGITAL OUTPUTS KWH Pulse Output The PowerTrak provides a contact closure pulse output representing energy consumption KWH By setting the appropriate DIP switches B1 B2 See Table 3 each pulse will represent either 10 1 0 1 or 0 01 KWH per pulse The 10 KWH per p...

Page 11: ...IP switch C1 C5 ex I 500 for 500 5 ratio KWH pulse KWH per pulse setting from DIP switches B1 B2 See Table 3 PT Ratio PT Primary PT Secondary Example 4800V to 120V PT Ratio 4800 120 40 Low Voltage Alarm Contact SYS VOLTS OK The Low Voltage Alarm Contact is a normally open contact that closes when any phase voltage drops below the low voltage alarm setting determined by DIP switches A3 A8 See Table...

Page 12: ...on is installed on the PowerTrak place the shorting jumpers in the NORM position ____5 Set the SYSTEM VOLTAGE SELECT switch to the line to line voltage of the electrical system to be monitored ____6 Set the Power System Type DIP switches A1 A2 ____7 Set the Low Voltage Alarm Threshold DIP switches A3 A8 ____8 Set the KWH Pulse rate if used DIP switches B1 B2 ____9 Set the mA output 2 for the desir...

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