Description
Conducted Immunity Generator Features
- GR-1089-CORE Solution - Telecom Test Systems
- ECAT E103, E506-4W, E509, & E508
- Free Technical Support & 2 Days Free Transit
- This is a combined solution GR-1089-CORE
- Turnkey Solution - Arrives Ready for Testing!
Overview
This ECAT Telecom Telecordia Lightning system made by Thermo Fisher Scientific / Keytek is designed for Immunity testing to a variety of standards having telecom 10x360µs,10x1000µs, and 2x10µs waveform requirements on multiple terminals. This Thermo Fisher Scientific EMC immunity test system comes with free technical support included with the rental. All of these ECAT modules rented together come with the ECAT E103 control unit for use.
This Immunity Test Equipment provides single port testing and allows changing tests modes without switching off power to the equipment under test (EUT). This helps testing with this telecom system to be conducted efficiently without re-initializing the EUT between tests. This telecommunications immunity testing system is a combination of the ECAT E103, ECAT E506-4W, ECAT E508, and ECAT E509 which can be rented separately.
This ECAT Telecommunications EMI Test equipment is designed to test to many requirements of GR-1089-CORE and and many other telecommunication based standards. This unit includes three two bay Telecordia / Bellcore testing modules and the E103 control unit. This ECAT EMC equipment combination can be controlled via front panel or through computer using Keytek software.
Data SheetSpecifications
Controller-E103 |
Controller for the ECAT system with front panel and software operation. |
Telecom Surge E506-4W |
|
Standards |
GR-1089-CORE |
Waveforms |
2x10µs,50-800V 100A/terminal with 800V OCV 2x10µs,50-1500V 100A/terminal with 1500V OCV 2x10µs, 100-2500V, 500A/terminal with 2500V OCV 2x10µs,200-5000V, 100A/terminal with 5000V OCV |
Peak Open Circuit Voltage |
-0%/+20% |
Peak Short Circuit Current |
-0%/+20% |
Pulse Repetition Rate |
1 Shot/16 seconds |
Weight |
44kg, 97lb |
Dimensions |
21x42x52 cm , 8x16x20 inches |
Telecom Surge E508 |
|
Standards |
|
Open Circuit Voltage Waveform |
10/360µs |
Short Circuit Current Waveform |
10/360µs |
Peak Open Circuit Voltage |
50-1100V,-0±15% in 1 voltage steps |
Peak Short Circuit Current |
100A/side |
Pulse Repetition Rate |
1 shot/50 seconds |
Weight |
11kg,25 lb |
Dimensions |
21x42x52cm, 8x16x20 inches |
E509 Telecordia Lightening Surge |
|
Standards |
|
Open Circuit Voltage Waveform |
10/1000µs, 50-600V -0/+15% peak 10/1000µs,50-1000V -0/+15%peak 10/1000µs,50-1500V -0/+15%peak |
Short Circuit Current Waveform |
100A/side -0/+15%peak |
Duration |
-0/+50% for Voltage |
Front Time |
-30%/+0 for Voltage |
Pulse Repetition Rate |
1 shot/40 seconds |
Weight |
16kg, 35 pounds |
Dimensions |
21x42x52 cm, 8x16x20 inches |
ECAT Series
Common Modules
ECAT Series Full Accessory
Item | Capabilities |
ECAT Model E411 | EFT/Noise Burst simulator for testing in accordance with IEC 61000-4-4 Edition 2 to 4.4kV |
ECAT Model E412 | EFT/Noise Burst simulator with built-in, single phase AC mains coupler/decoupler for testing in accordance with IEC 61000-4-4 Edition 2 to 4.4kV. Model E412 features all specifications and options noted in Model E411 (above), as well as the following: |
ECAT Model E421 | FT/Noise™ Burst Simulator for IEC 61000-4-4 Edition 2 to 8 k |
ECAT Model E501B | Plug-in combination wave surge simulator to produce the combination waves required by IEC 6100-4-5, ANSI/IEEE C62.41 Cat. B and UL 1449 at 3kA |
ECAT Model E502B | Plug-in module to produce the telecommunications surge wave required by IEC 61000-4-5, FCC Part 68 and ITU Rec K.17, K.20, and K.21 (formerly CCITT |
ECAT Model E503 | Plug-in module to produce the ring waves specified by ANSI/IEEE C62.41 Cat. A and B, and various UL standards, including UL 864 |
ECAT Model E504A | Plug-in module to produce the combination wave required by UL 1449 (some devices must also be tested using the E501A surge module) |
ECAT Model E505A | Plug-in module that produces the lightning surge waveforms required by FCC Part 68 |
ECAT Model E506-4W | Plug-in module to produce the 2/10 µs surges required by Telcordia GR-1089 CORE for up to five-wire (four terminal) testing |
ECAT Model E508 and E508-12P | Plug-in modules to produce the 10/360 µs surges required by Telcordia GR-1089 CORE |
ECAT Model E510A | Plug-in module to produce combination wave specified by ANSI/IEEE C62.41 Cat. B and IEC 61000 4-5 to 10kV and 5kA |
ECAT Model E511 | Plug-in module to provide combination waves to 6 kV and 5 kA, as required by British Telecom standards |
ECAT Model E513 | Plug-in module to produce voltage ramps for testing surge protection components such as gas tube arrestors; meets surge simulator requirements of UL 864 |
ECAT Model E514 | Surge simulator for 10/1000 µs current waves |
ECAT Model E515 | Module to produce the 10/250 µs surges required by Telcordia GR-1089-CORE |
ECAT Model E518 | Plug-in module to produce the 10/1000µs waveforms to 2kV as required by Telcordia GR-1089-CORE for both Lightning Surge and Protection Coordination. Includes HB-ECAT |
ECAT Models E521 and E522 | Surge systems that produce the high voltage, high current combination waves required by ANSI standards for service entrance and outside connected electronics; meets requirements of IEC 61000-4-5 for all exposure categories. ECAT Model E521 includes built-in AC coupler/decoupler for singlephase lines to 480V, 32A; ECAT Model E522 includes built-in AC coupler/decoupler for three-phase lines to 480V, 32A/phase (actual AC mains current per AC line connector limits). |
ECAT Model E551 | A single-phase AC line (power lines) coupler/decoupler for surge waves, as specified by IEC 61000-4-5 |
ECAT Models EP61 and EP62 | Plug-in modules provide swells, dips and interrupts on AC power mains in compliance with, and exceeding the requirements of IEC 61000-4-11 Edition 2. Model EP61 for single-phase AC lines to 240 RMS, 16A; Model EP62 for single-phase AC lines to 240 RMS, 32A |
ECAT Model E455x | Single and three-phase AC line coupler/decouplers for EFT and Surge waves, as specified by IEC 61000-4-4 Edition 2 and IEC 61000-4-5 |