Login for Software/Firmware Downloads

To prevent automated spam submissions leave this field empty.

Circuit Breaker Timers

       

CB Analyzer Test Box

Circuit Breaker Analyzer Test Box

  
       
Part Number(s)
9126-UC [CB Analyzer Test Box Unit and Cables]
View Full Specs

The Vanguard CB Analyzer Test Box is designed as a field training/demo tool for the CT-7000, CT-8000, and DigiTMR. It can be used to verify the CT-7000/CT-8000/DigiTMR's timing function. The CB Analyzer Test Box provides 3 independent dry-contact channels to simulate the 3 phases of a circuit breaker. A built-in 12Vdc power supply is used to open or close the contacts. An OPEN or CLOSE command can be sent by using the front panel switches or the OPEN and CLOSE terminals. The contact status is indicated by LED's on the front panel.
       

Doble Transducer Adapter

 
       
Part Number(s)
9084-UC [Doble Transducer Adapter]
View Full Specs

The Doble Transducer Adapter can be used to interface any Doble travel transducer to a Vanguard circuit breaker analyzer.
       

CT-3500 S2

Digital Circuit Breaker Analyzer

  
       
Part Number(s)
9002-UC [CT-3500 S2]
View Full Specs

The CT-3500 S2 is Vanguard’s second generation, stand-alone, digital, microprocessor-controlled, circuit-breaker timer. It measures the elapsed time from the instant a breaker coil is energized to the instant of opening or closing of a circuit-breaker’s dry contacts. In addition to timing a breaker’s contact response time, the CT-3500 S2 can also time relays or other switching functions that use an initiating trigger voltage (24-300 Volts DC or AC). The timer-triggering voltage starts three independent electronic timers.
  • Detect Main & Insertion Resistor Contacts on same input
  • USB computer interface
  • USB Flash drive interface (Flash drive not included)
  • Store 128 test records internally
  • Initiate Breaker Operation
  • Built-in 2.5" wide Thermal Printer
  • Rugged "QWERTY" style membrane keypad
       

DigiTMR S2

EHV Circuit Breaker Analyzer

  
       
Part Number(s)
9005-UC [DigiTMR S2]
9005-OT [On-line Timing Option]
9005-BT [Bluetooth Option]
View Full Specs

The Vanguard DIGITMR S2 is an inexpensive, easy to use digital circuit breaker analyzer. The DIGITMR S2 can be operated stand-alone or can be computer-controlled. It can fully analyze a circuit-breaker’s performance by testing the contact time, stroke, velocity, over-travel, and contact wipe. Contact and motion analysis can be performed for all breaker contact operations (Open, Close, Open – Close, Close – Open, and Open – Close – Open). Timing results are recorded and displayed on the 240 x 128 pixels back-lit LCD screen and can also be printed on the built-in 4.5" wide thermal printer.
  • Stand-alone, microcomputer-driven EHV Circuit Breaker Analyzer
  • Analyzes contact time, stroke, velocity, over-travel, and contact wipe
  • USB PC interface
  • USB Flash drive interface
  • Can store up to 200 test records and 100 test plans
  • Built-in thermal printer
       

CT-7000 S3

Digital Circuit Breaker Analyzer

  
       
Part Number(s)
9021-UC [CT-7000 S3 with 3 Contact Channels]
9100-UC [CT-7000 S3 with 6 Contact Channels]
9021-SC [CT-7000 S3 Shipping Case]
9021-DG [CT-7000 S3 Dual Ground Option]
9021-OT [CT-7000 S3 Online Timing Option]
9021-BT [CT-7000 S3 Bluetooth Option]
View Full Specs

The CT-7000 S3 is Vanguard's fourth generation EHV circuit breaker analyzer. The CT-7000 S3 is available with 3 (part number 9021-UC) or 6 contact timing channels (part number 9100-UC). The CT-7000 S3 can fully analyze a circuit breaker's performance by measuring the main contact and resistor contact time, stroke, velocity, over-travel, bounce back and contact wipes. Both contact and motion analysis can be performed on all circuit breaker operations (OPEN, CLOSE, OPEN-CLOSE, CLOSE-OPEN, and OPEN CLOSE-OPEN).
  • Fully analyze circuit breaker's performance by measuring main contact and resistor contact time, stroke, velocity, over-travel, bounce back and contact wipes
  • USB computer interface
  • USB Flash drive interface (Flash drive not included)
  • Store up to 200 test records and 100 test plans internally
  • Initiate Breaker Operation
  • Built-in 4.5" wide Thermal Printer
  • Rugged "QWERTY" style membrane keypad
  • Optional "On-line" Timing Mode
  • Optional dual ground testing mode
  • Optional Bluetooth wireless computer interface
       

CT-8000 S3

Digital Circuit Breaker Analyzer

  
       
Part Number(s)
9103-UC [CT-8000 S3 with 3 Contact Channels]
9104-UC [CT-8000 S3 with 6 Contact Channels]
9103-SC [CT-8000 S3 Shipping Case]
9103-DG [CT-8000 S3 Dual Ground Option]
9103-BT [CT-8000 S3 Bluetooth Option]
9103-OT [CT-8000 S3 Online Timing Option]
View Full Specs

The CT-8000 S3 is Vanguard's fourth generation EHV circuit breaker analyzer. The CT-8000 S3 is available with 3 (part number 9103-UC) or 6 contact timing channels (part number 9104-UC). The CT-8000 S3 can fully analyze a circuit breaker's performance by measuring the main contact and resistor contact time, stroke, velocity, over-travel, bounce back and contact wipes. Also, an outstanding feature of the CT-8000 S3 is the ability to perform dynamic resistance tests on circuit breaker contacts.
  • Fully analyze circuit breaker's performance by measuring main contact and resistor contact time, stroke, velocity, over-travel, bounce back and contact wipes
  • Perform dynamic contact resistance test
  • USB computer interface
  • USB Flash drive interface (Flash drive not included)
  • Store up to 200 test records and 100 test plans internally
  • Initiate Breaker Operation
  • Built-in 4.5" wide Thermal Printer
  • Rugged "QWERTY" style membrane keypad
  • Optional "On-line" Timing Mode
  • Optional dual ground testing mode
  • Optional Bluetooth wireless computer interface
       

CB PWS

Circuit Breaker DC Power Supply

  
       
Part Number(s)
9120-UC [120Vdc CB PWS and cables]
9121-UC [240Vdc CB PWS and cables]
View Full Specs
The CB PWS is a standalone DC power supply designed for operating circuit breakers. This compact and lightweight DC power supply can power the circuit breaker control circuit (trip and close coils, and charging motor) in situations where the substation DC supply is not available.
The CB PWS is powered by a wide AC voltage source (120 -240Vac) and available with factory preset 120Vdc or 240Vdc output. 
The CB PWS' output rating is listed below:
 
120 Vac Input:
  • 120Vdc @ 15A, 10 second duration max ( 5% regulation) or 120Vdc@ 4A continuous (3% regulation)
  • 240Vdc @ 7.5A, 10 second duration max (5% regulation)or 240Vdc @ 2A continuous (3% regulation)
240 Vac Input:
  • 120Vdc @ 20A, 10 second duration max ( 5% regulation) or 120Vdc@ 4A continuous (3% regulation)
  • 240Vdc @ 10A, 10 second duration max (5% regulation)or 240Vdc @ 2A continuous (3% regulation).
DC output is enabled via the power control switch on the front panel. LED indicators show the "Output On", "Output Fault", and "Power Input Available" status on the front panel. 
 
The CB PWS offers several outstanding features:
  • very lightweight (14 lbs. / 6.4 Kg)
  • thermal and short circuit protected output
  • output dc voltage source is isolated from the power input
  • wide ac voltage input range (120 Vac to 240 Vac)
The CB PWS is housed in a heavy-duty, impact-resistant plastic enclosure and furnished with a power cord, ground cable, and DC power test leads.
       

CBCT

Circuit Breaker Coil Tester

  
       
Part Number(s)
9063-UC [CBCT Unit and Cables]
View Full Specs

The CBCT is a variable voltage DC power supply designed specifically to test substation circuit-breaker Open and Close coils. The CBCT uses the substation’s DC power supply to electronically generate a programmable output voltage from 5% to 95% of the source voltage. The CBCT can maintain up to an 80A test current while maintaining 2% or better voltage regulation during the circuit breaker coil operation.
  • One continuous and one pulse DC output
  • Back-lit LCD screen (20 characters by 4 lines)
  • Output voltage programmable from 5% to 95% of the input voltage
  • Built-in, single channel timer
       

MCCB-250

Molded Case Circuit Breaker Tester

  
       
Part Number(s)
9066-UC [110V MCCB-250]
9067-UC [220V MCCB-250]
View Full Specs

The Vanguard MCCB-250 is a programmable, high-current source designed specifically for testing molded-case circuit breakers, thermal magnetic and solid-state overload motor-protection relays.
  • 4 current-source outputs (i.e., 5 A @ 120 Vac, 25 A @ 24 Vac, 120 A @ 6 Vac, 250 A @ 3 Vac)
  • 4-line by 20-character LCD display
  • Provides external current input (0-10 A)
       

UPS S2

Universal Power Supply

  
       
Part Number(s)
9064-UC [110V UPS S2]
9065-UC [220V UPS S2]
View Full Specs

The Vanguard Universal Power Supply Series 2 (UPS-S2) is designed and produced to meet a utility company's substation needs for an independent AC/DC power source. Both the AC and DC Voltage sources are capable of supplying 10 amperes continuously.
  • Isolated variable 1-300 Vdc source
  • Isolated variable 1-240 Vac source
  • 10 ampere continuous current
       

Resistor Transducer Adapter

 
       
Part Number(s)
9095-UC [Resistor Transducer Adapter]
View Full Specs

The Vanguard Resistor Transducer Adapter (RTA) can be used to connect any resistor type transducer to the digital transducer channel of a Vanguard circuit breaker analyzer. The RTA also features a 3-pin SwitchCraft connector that can directly interface with ABB resistor transducers.
       

UPS S3

Portable AC/DC Power Supply

  
       
Part Number(s)
9140-UC [UPS S3 Unit and Cables]
View Full Specs
The Vanguard UPS S3 is an AC/DC adjustable output power supply designed to operate substation circuit breakers. The UPS S3’s AC and DC voltage sources can supply up to 10 Amperes during the circuit breaker coil energization and circuit breaker charging motor operation.
Powered by a single phase 90-120 Vac voltage source, the UPS S3 provides an isolated adjustable AC/DC voltage source. Output voltages are variable via the front panel control knob.
The unit's variable AC output voltage source (10-140 Vac) is rated at 140 Vac @ 9A continuous.
  • AC/DC adjustable output power supply designed to operate substation circuit breakers
  • Can supply up to 10 A during the circuit breaker coil energization and circuit breaker charging motor operation
  • Variable AC output voltage source (10-140 Vac) rated at 140 Vac @ 9 A continuous
  • DC voltage source (10-200 Vdc) rated at 180 Vdc@9 A (2 seconds) or 180 Vdc @ 2 A continuous
  • Both AC & DC voltage source outputs protected by a circuit breaker
       

MCCB-500-2

Molded Case Circuit Breaker Tester

  
       
Part Number(s)
9127-UC [110V MCCB-500-2]
9128-UC [220V MCCB-500-2]
9127-SCA [MCCB-500-2 current module shipping case]
9127-SCB [MCCB-500-2 control module shipping case]
View Full Specs

The Vanguard MCCB-500-2 is a microprocessor-based high current circuit breaker test set. This unit provides a variable high current source, control, metering, and timing circuitries for testing overload relays and thermal and magnetic circuit breakers. The MCCB-500-2 high output current source can also be used in other primary current injection applications.
The MCCB-500-2's current source has 3 outputs: 500A @ 4 Vac, 125A @ 14Vac, and 25A @ 70Vac.  The current sources can output short-duration overload conditions. This feature is convenient for performing instantaneous trip tests of molded case circuit breakers, or testing the time delay characteristics of magnetic overload relays.
Test current is measured and displayed on a 128 x 64 pixel back-lit LCD screen that is clearly visible in direct sun light or low light levels. Control switches are used to turn the current source on and off, select the timer stop input type (current mode, dry contact, or wet contact), and control the LCD contrast.
A "momentary" mode can turn on the current source, capturing the current reading and displaying the value on the LCD. This feature can be used to set the test current and minimizes the possibility of overheating the device under test.
Test current is turned on at the zero crossing point using a solid state device for reliability and precision timing.