IOB1


The IOB1 offers six additional input and six additional output channels for CIBANO 500.
IOB1 is controlled by CIBANO 500 via EtherCAT®-communication. With its six input channels it synchronously reads the data of auxiliary contacts and sends them to CIBANO 500. With its six output channels it synchronously controls the trip or close coils or the motors of a CB.
For an analysis of CBs where the timing of more than six auxiliary contacts must be measured simultaneously.
For timing measurements of larger circuit breakers when more than one opening and closing coil or breaker motor must be controlled simultaneously.

Key features
» Enables advanced timing tests in real time on circuit breakers with more than 6 auxiliary contacts and several trip and close coils without rewiring
» Makes sophisticated timing analyses possible such as CO sequence with overlapping trip/close coil operation
» Offers six input channels for real-time data transfer between 6 auxiliary contacts and CIBANO 500 (EtherCAT® communication)
» Offers six output channels for both control and analysis of CB trip or close coils or motors

PRODUCT DOCUMENTS
IOB1 Brochure
PRODUCT INFORMATION REQUEST FORM
Name Surname

Phone

E Mail

Message

If you say "I hereby acknowledge that I have read and understood this PDPA Clarifcation text" please submit the form by typing "YES" in the box on the right




Other Products in This Category


Marke Elektronik San. Tic. Ltd. Şti.

Аddress

Atatürk Mah. Alemdaroğlu Sok. No: 10 34758 Ataşehir – İstanbul

Phone

+90 216 455 50 63-64-65

Fax

+90 216 455 50 66

E Mail

info@markeelektronik.com

Marke Elektronik © 2024

Social Media Accounts

Follow Us on Social Media

Customer Satisfaction Survey

We set everyone’s customer experience as our main goal! For this reason, we attach importance to identifying issues that are open to completion by constantly monitoring the total volume. You can also contribute to this effort by participating in our survey. You can read the barcode or click on the link to access our survey!
IOB1


The IOB1 offers six additional input and six additional output channels for CIBANO 500.
IOB1 is controlled by CIBANO 500 via EtherCAT®-communication. With its six input channels it synchronously reads the data of auxiliary contacts and sends them to CIBANO 500. With its six output channels it synchronously controls the trip or close coils or the motors of a CB.
For an analysis of CBs where the timing of more than six auxiliary contacts must be measured simultaneously.
For timing measurements of larger circuit breakers when more than one opening and closing coil or breaker motor must be controlled simultaneously.

Key features
» Enables advanced timing tests in real time on circuit breakers with more than 6 auxiliary contacts and several trip and close coils without rewiring
» Makes sophisticated timing analyses possible such as CO sequence with overlapping trip/close coil operation
» Offers six input channels for real-time data transfer between 6 auxiliary contacts and CIBANO 500 (EtherCAT® communication)
» Offers six output channels for both control and analysis of CB trip or close coils or motors

PRODUCT DOCUMENTS
IOB1 Brochure
PRODUCT INFORMATION REQUEST FORM
Name Surname

Phone

E Mail

Message

If you say "I hereby acknowledge that I have read and understood this PDPA Clarifcation text" please submit the form by typing "YES" in the box on the right




Other Products in This Category

Marke Elektronik San. Tic. Ltd. Şti.

Аddress

Atatürk Mah. Alemdaroğlu Sok. No: 10 34758 Ataşehir – İstanbul

Phone

+90 216 455 50 63-64-65

Fax

+90 216 455 50 66

E Mail

info@markeelektronik.com

Social Media Accounts

Follow Us on Social Media

Customer Satisfaction Survey

We set everyone’s customer experience as our main goal! For this reason, we attach importance to identifying issues that are open to completion by constantly monitoring the total volume. You can also contribute to this effort by participating in our survey. You can read the barcode or click on the link to access our survey!
Marke Elektronik © 2024