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HILO - CCITT TEST EQUIPMENT, SERIES K

The Hilo-Test CCITT Test Equipment, Series K is designed for the testing of gas discharge tubes for the protection of telecommunication installations. 

Data Sheet
 

Description

 

Measurement of dc- and impulse spark-over voltage of gas discharge tubes:

IPG 506

Front-chopped-wave Generator
Measurement of spark-over voltage of gas discharge tubes, according to CCITT.K12 / ITU-T, K44 Impulse voltage 5 kV: dU/dt = 100 V/µs – 5000 V/µs
DC-voltage      637 V: dU/dt = 100 V/s

 

 

Surge current testing of over-voltage protectors:

PG 6-200

Surge current generator: 5.0 kA, 8/20 µs

PG 6-400

Surge current generator: 10.0 kA, 8/20 µs

EMC 2015

Pulse Generator System
Mainframe with various pulse forming plug-in`s.

Pulse currents: 

8 / 20 µs,

 

 

20 kA,

1500 J

10 / 50 µs,

5 kA,

1500 J

10 / 350 µs,

600 A,

1500 J

10 / 700 µs,

300 A,

1500 J

10 / 1000 µs,

200 A,

1500 J

PG 6-2402

Surge current generator:  2 * 25 kA, 8/20 µs

PG 6-432

Impulse Life Test Generator
Designed for testing two-gap over-voltage protectors, specified in CCITT 12 TR 1, K12

Surge current : 

10 / 700 µs,

 

 

2 * 100 A,

360 J

10 / 1000 µs,

2 * 100 A,

360 J

HVTG 2/10

High-Voltage Test Unit
Designed for cw-testing of over-voltage protectors, specified in CCITT, 12 TR 1, K17
Open circuit output voltage : 2 kV-rms
Short circuit output current: 10 A-rms
> Test interval: CW or 0-999 cycles

High-voltage Pulse Generators designed for
testing telecom equipment:

PG 2-750

Surge current generator:  
according to FCC, Part 68, ANSI/TIA 968-A-2002

current wave : 

10 / 160 µs,

 

 

1600 V,

4 * 100 A

10 / 560 µs,

800 V,

2 * 100 A

Option 2:       

10 / 1000 µs,

 

 

1000 V,

 

2 * 100 A,

 

GR-1089-CORE

PG 6-500

Surge current generator:  
2/10 µs wave, according to GR-1089-CORE

first level lightning surge:

 

± 2500 V,

 

 

500 A,  2/10 µs,

 

 

4 wires

second level lightning surge:

 

± 5000 V,

500 A,  2/10 µs,

4 wires

intra building lightning surge:

 

±   800 V,

 

 

100 A,  2/10 µs,

 

 

4 wires

intra building lightning surge:

 

± 1500 V,

 

 

100 A,  2/10 µs,

 

 

4 wires

IPG 620

High-voltage Pulse Generator
Lightning surge: 1.2/50µs, 6 kV, 20 J, CCITT K22; ITU-T- K44 

IPG 1050

High-voltage Pulse Generator
Lightning surge: 1.2/50µs, 10 kV, 50J, CCITT K22; ITU-T- K44

PG 5-200-1

High-voltage Pulse Generator
Switching surge: 10/700 µs, 5 kV, 200 J, specified in 
CCITT K17-K22; ITU-T- K44

PG 5-200-2

High-voltage Pulse Generator
Lightning surge: 1.2/50 µs, 5 kV, 10 J, specified in
CCITT K17-K22; ITU-T- K44
Switching surge: 10/700 µs, 5 kV, 200 J, specified in
CCITT K17-K22; ITU-T- K44

PG 6-364

High-voltage Pulse Generator
Lightning surge: 1.2/50 µs, 6 kV, 20 J, specified in
CCITT K17-K22; ITU-T- K44
Switching surge 10/700 µs, 6 kV, 360 J, specified in
CCITT K17-K22; ITU-T- K44
One additional wave form available: 100/700 µs, 0.5/700 µs oder 1/1000 µs.

PG 10-1000

High-voltage Pulse Generator
Lightning surge: 1.2/50 µs, 10 kV, 50 J, specified in 
CCITT K17-K22; ITU-T- K44
Switching surge 10/700 µs, 10kV, 1000 J, specified in 
CCITT K17-K22; ITU-T- K44

PG 12-1440

High-voltage Pulse Generator
Lightning surge: 1.2/50 µs, 12 kV, 72 J, specified in CCITT 12 TR 1, K17, K20
Switching surge 10/700 µs, 12kV, 1440 J, specified in CCITT 12 TR 1, K17, K20

PG 14-1960

High-voltage Pulse Generator
Switching surge 10/700 µs, 14 kV, 2000 J, specified in 
CCITT K17-K22; ITU-T- K44

PG 20-4000

High-voltage Pulse Generator
Switching surge 10/700 µs, 20 kV, 4000 J, specified in 
CCITT K17-K22; ITU-T- K44

PG 4-640

High-voltage Pulse Generator
Switching surge 10/700 µs, 4 kV, 640 J, specified in ITU-T Spec. K44

PIG 1500

Power Induction Generator
designed for testing telecommunication ports, specified in CCITT, 12 TR 1, K20
Open circuit output voltage : 20 – 1500 V-rms, test time: 0.1 – 2.5 sec
Coupling impedance: + 0,5µF, + 1.0µF, //100 Ohm

Accessories

KN 100-4

Coupling Network
4 decoupling resistors 100 Ohm, specified in CCITT 12 TR1, K17, K20

CDN 5-64

Coupling Network
64 outputs, max. test voltage 5 kV, 10/700µs
designed for coupling to ISDN-Ports, output selectable: one of 64

CDN 5-80

Coupling Network
80 outputs, max. test voltage 5 kV, 10/700µs
designed for coupling to ISDN-Ports, outputs selectable: 20 of 80