Compliance Antenna Surge PF 65 - Megapulse Antenna Surge Tester

Name: Compliance Antenna Surge PF 65 - Megapulse Antenna Surge Tester
Brand: Compliance West
SKU: ComplianceAntenna Surge PF 65
Price: 7928.57 USD
Availability: InStock

0 reviews | Catalog: 00-MPAntSurge PF 65 | Model: Compliance West Antenna Surge PF 65

Compliance West Antenna Surge P 65 Megapulse Antenna Surge Tester

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Surge Tester Antenna Surge PF 65, EN60950 Table 50 Line 3 10kV, Includes 4M ohm load selector

The Antenna Surge generates the waveform required by IEC 60065, 60950 and 62368-1 to test antenna ports at 10kV output voltage.
The MegaPulse is configured with our IER relay and is built in a 19" by 6U enclosure.
Theoretical graphs and actual graphs showing the output of your tester are included with each MegaPulse, allowing easy sanity checks and proof to visiting agency engineers of test setups.
1000:1 BNC Oscilloscope output option allows quick connections and easy evaluation of output waveforms. (Reference only).
Requirements are for positive polarity tests only. No reverse polarity waveforms are available from the MegaPulse Antenna Surge.
Front panel voltage meter shows residual voltage in charging circuit for safer operation.

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Compliance Antenna Surge P 65 - Megapulse Antenna Surge Tester

Ships with cables, graphs of theoretical and actual waveforms
Reverse polarity waveforms available by pushing a button on the front panel. No need to change the test setup. Positive polarity indication minimizes errors.
Built to the requirements of IEC 1180-1, Voltage Testers
Generates the waveforms described in EN60335, Paragraph 14 for testing electrical separation.

The Antenna Surge is designed to test for lightning strike to Antenna System Wiring as described in Para. 7.3.2. The waveform generated is in accordance with the instructions in Annex N, Table N.1, line 3. In accordance with these requirements, the Antenna Surge generates the waveform dictated by the noted circuit components at 10kV output voltage. Use with a general purpose oscilloscope for waveform capture. Configure with TestMinder for computer control and test report, and with Arc Detection for test failure detection.

Compliance West Antenna Surge P65 Tester for EN60950 & EN60065

The MegaPulse Antenna Surge provides 10kV output to perform tests noted in EN 60950, Para. 7.3.2. It also conducts the test in EN 60065, Para. 10.1. Built to output the exact pulse resulting from the circuit shown in EN 60950, Annex N, Figure N.2, using the circuit components from Table N.1, Line 3. The proprietary IEC 65 Switch is used. The output of this tester is specifically designed for testing in accordance with EN 60950, Annex N, Line 3. The 10kV Uc is shown on the front panel meter.

Options include TestMinder, which automatically applies the 50 pulses at a rate of 12 per minute, and a 4 megohm tap for special testing.

Controls, Indicators, Connectors - MegaPulse 1.2x50-12P Front Panel

ITEM	NAME	FUNCTION
1	VOLTAGE Adjust Knob	Adjust the voltage set point in the tester. Turn Clockwise to increase the output voltage after the CHARGE button has been pressed. Turn the knob fully counterclockwise (lowest voltage setting) before the start of each test, and afterthe end of each test.
2	POLARITY switch	Toggles the output pulse polarity from Normal to Reverse, Normal for positive and Reverse for Negative, The pulse will appear on the Output jack relative to the return jack The polarity switch only operates when the CHARGE indicator is lit and the voltage on the display meter is less than 180V. The polarity is Normal when the NOR indicator is lit and, Reverse when the REV indicator is lid.
3	NOR REV indicator	Indicates the state of the Output Polarity switch. NOR indicates Normal (Positive) position. REV indicates Reverse (Negative) position.
4	CHARGE switch	Starts the charge process of the tester capacitor. The CHARGE indicator will turn off after the CHARGE switch is pressed, and the TRIGGER indicator will turn on. The charge process will stop after 2 minutes if the TRIGGER button is not pressed.
5	CHARGE indicator	This Yellow indicator is lit to show that pressing the CHARGE switch is the next logical step in a test sequence. CHARGE indicator is lit when the tester is turn ON an after pressing TRIGGER button. CHARGE indicator will go out after pressing CHARGE button. CHARGE and TRIGGER Indicators will be blinking if the Interlock Switch is open. (Only testers with Interlock SwitchOption)
6	TRIGGER switch	Triggers the output impulse waveform. The impulse waveform will appear across the output leads.
7	TRIGGER indicator	This Red indicator is lit to show that the tester can be trigger. TRIGGER indicator is lit for 2 minutes after the CHARGE button is pressed. TRIGGER indicator will go out after pressing TRIGGER button. TRIGGER and CHARGE Indicators will be blinking if the Interlock Switch is open (Only testers with Interlock Switch Option) TRIGGER indicator will blink at when the Voltage. This effect will remain on until the TRIGGER switch is pressed. (Only testers with PC Interface option)
8	VOLTAGE meter	Displays the output voltage set point. The voltage reading will increase from zero to the voltage set point when the CHARGE button is pressed. Note that the Voltage meter may indicate that some residual voltage is present on the main storage capacitor, even when the tester is first turned ON. This is due to inherent charging of the internal capacitors. Pressing the TRIGGER switch will discharge the capacitors. Note that the peak amplitude of the measured output waveform is proportional to the voltage that is read of the front panel of the MegaPulse, but it will always be somewhat lower. This is because the meter on the MegaPulse is measuring the voltage on the main impulse storage capacitor. This voltage will intentionally dissipate to some extent before reaching the output leads. The meter will start to flash at 12210V to indicate that voltage is in the maximum limits. If unit includes PC Interface and the Keyboard is locked, the display will show OFF when a button is pressed.
9	OUTPUT jack	The impulse waveform appears on the OUTPUT jack, referenced to the RETURN jack. When the POLARITY switch is in the Normal position (NOR indicator is lit) the output will be a positive pulse. When the POLARITY switch is in the Reverse position (REV indicator is lit) the output will be a negative pulse.
10	RETURN jack	This is the return for the impulse waveform. This jack is referenced to the chassis of the MegaPulse, and is referenced to earth ground as long as the MegaPulse is properly grounded. Even though this jack is referenced to ground, it should be treated as hazardous whenever the MegaPulse is turned ON.

Controls, Indicators, Connectors - MegaPulse 1.2x50-12P Rear Panel

ITEM	NAME	FUNCTION
1	Appliance Inlet /Fuseholder / Power Switch	Use supplied cordset to connect the MegaPulse 1.2x50-12P tester to an appropriate source of supply. Fuse holder provides access for Fuse replacement, and the Power Switch is used to turn the tester ON and OFF.
2	RS-232 Interface (Optional)	Apply a 5V (25mA) voltage signal for 500mS +/-200ms to start the Trigger process.
3	Interlock Switch (Optional)	Emergency Stop Close: Enables the tester buttons for operation. Open: Stops any process in the tester and disables the buttons. The TRIGGER and CHARGE Indicators will be blinking
4	Fuse replacement warning / Rating of power supply	Specifies replacement fuse and required supply voltage.

Waveform Measurement Setup

Testing

This section describes how the MegaPulse 1.2x50-12P tester is used to conduct a test. The test can be stopped immediately at any time by turning OFF the rear-panel power switch.

Connect the tester to a proper source of supply using the included 18 AWG power supply cord.Make sure that the front panel VOLTAGE adjust knob is turned fully counterclockwise.
Plug the Output and Return test leads into the jacks on the front panel.
Connect the ends of the test leads to the equipment under test.
Turn the Tester on. Toggle the POLARITY switch as needed so that the NOR or REV indicator is lit.
Note that the Voltage meter may indicate that some residual voltage is present on the main storage capacitor, even when the tester is first turned ON. This is due to inherent charging of the internal capacitors. Pressing the TRIGGER switch will discharge the capacitors (be sure not to touch the output and return leads when pressing the trigger switch).
Push the yellow CHARGE button. Verify the red TRIGGER indicator is now lit.
Adjust the VOLTAGE knob so that the front panel LED display is reading a voltage that is suitable for the measuring instrument that is being used. Push the red TRIGGER button, when the desired voltage is displayed on the front panel meter.
Note that the peak amplitude of the measured output waveform is proportional to the voltage that is read of the front panel of the MegaPulse, but it will always be somewhat lower. This is because the meter on the MegaPulse is measuring the voltage on the main impulse storage capacitor. This voltage will intentionally dissipate to some extent before reaching the output leads.

Specifications
Output Peak Open Circuit	10kV ±3%
Main Internal Capacitor	1nF
Internal Virtual Resistor	1000
Internal HV Power Supply
Output Impedance	15 M
Trigger Relay	Complies with IEC 65
Voltage Control	Manually, by turning a knob in front panel
Polarity Control	Positive only
Voltage Display	5 digit LED display
Voltage Meter Resolution	5V
Duty Cycle	A pulse every 5 seconds, (standard 50 discharges at maximum rate of 12 per minute)
Line Voltage	120V AC, 60/50Hz *optional different line voltage
Environmental
Operating Temperature	15-40 ºC
Relative Humidity Range	0-90% non-condensing
General
Dimensions	17” wide x 6” high x 17” in deep
Weight	35 lbs approx
Options
BNCV	1000:1 BNC Output, compensated for 1MΩ
4M	4 M resistor load
XI	External interlock; two position terminal block on rear panel must be shorted for high voltage operation.
TMM	Testminder USB computer interface software. The tester can be controlled with a computer. It can also be set to automatically follow test sequences and keep a record with test information. Compatible with Windows 32bit platform.
220, 230 or 240	If a different line voltage is desired, with this option we install a step down transformer to be compatible with your line voltage. 220 for 220V, 230 for 230V and 240 for 240V.