CEM/B/047

Product Highlights

Alarms

The EIOC will send the normal input state change alarms. In addition to this unit tamper, mains failure and mains restored alarms will also be sent to host controller.

Offline operation

When offline the EIOC will operate as normal using the last configuration it received. If there has been no configuration received it will operate using the default configuration. The EIOC does not store any offline alarms.

Input to Output mapping

It is possible to have more than one input controlling the same output. In this scenario the EIOC works by logically ORing the activation and deactivation of the input. Simply put, any input transitioning to an active state will activate the associated output but all associated inputs must be deactivated for the output to deactivate.

Other methods that can be used to deactivate an output are:

Output time can be used to clear an output. The last input going active will set the time for the output to remain active.

When a configured cancelling input activates the associated output will deactivate.

A broadcast can be sent to activate or deactivate a specific output.

Broadcasts

Any combination of outputs can be broadcast active or inactive at any time when the EIOC is online. When an output has been broadcast active a state change of any related input will have no effect on the output state as a broadcast will be given priority. Broadcasting the output inactive will revert back to the last configured input mapping condition. During the period when an output is broadcast active the mapped inputs can still be configured to send input alarms to the system.

TECHNICAL SPECIFICATIONS

Physical

 

Size

 

- Board Only

228x138x40mm (9 x 5.4 x 1.6”)

- Enclosure

330x275x80mm (13 x 10.8 x 3.2”)

Weight

 

- Board Only

0.3Kg

- Enclosure

5.65Kg

Power

 

- Board Only:

 

- Voltage

18Vac or 12Vdc

-Current Consumption 250mA (excluding locks)

-Enclosure:

- Voltage

230Vac + 10%, -15%, 50 Hz.

- Current Consumption 450mA (excluding locks)

- Backup Battery

Integral charging circuit provided.

 

(Battery not supplied).

Environmental

 

- Temperature

-10o to 50oC (14o to 122oF)

- Humidity

95% non condensing

LED Indicators

Power, Heartbeat, Link Status, Activity

 

and Output Status.

Functionality

 

Inputs

16 General Purpose*

 

Dedicated Tamper Input

 

Battery Low (reported internally)

 

Dedicated Power Fail Input

 

* = 4 state tamper protected inputs

Outputs

8 Outputs

 

4 relay outputs 24@1.5A

 

4 FET outputs 12/24V open collector

 

outputs limited to 1.5A

Memory

256kB Flash memory

 

4MB RAM

Communication Interface

To System Host

10/100 Base-T TCP/IP using CAT5

 

Unshielded twisted pair cable

- Connection

RJ45

Product Codes

 

IOC/010/000

EIOC (Complete with PSU Enclosure)

Product specifications and availability is subject to change without notice. Certain product names mentioned herein may be trade names and/or registered trademarks of their companies.

CEM Systems Ltd Unit 4 Ravenhill Business Park Ravenhill Road Belfast BT6 8AW Northern Ireland

www.cemsys.com

Tel: +44 (0)28 9045 6767 Fax: +44 (0)28 9045 4535 email: cem.sales@tycoint.com

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Tyco EIOC manual Alarms, Offline operation, Input to Output mapping, Broadcasts

EIOC specifications

Tyco Electronic Integrated Operation Center (EIOC) is a cutting-edge facility that serves as a centralized hub for smart building management and global monitoring of security systems. Its design is built around enhancing operational efficiency, ensuring safety, and fostering seamless communication across various systems. Tyco, a prominent name in security and fire protection solutions, has incorporated advanced technologies within the EIOC to enable real-time data analysis and response capabilities.

One of the main features of the EIOC is its ability to integrate a multitude of systems, including video surveillance, access control, and fire detection into a single cohesive platform. This integration allows security personnel to monitor and respond to incidents comprehensively, minimizing the response time to critical situations. The platform utilizes a range of technologies, including the Internet of Things (IoT) and cloud computing, which creates a network of interconnected devices that stream data in real-time. This connectivity enables predictive analytics and proactive security measures.

The EIOC is equipped with sophisticated algorithms that analyze data patterns to identify potential security threats before they escalate. By employing artificial intelligence and machine learning, the system not only improves response times but also enhances decision-making processes. Moreover, the facility supports mobile access, allowing operators to monitor systems remotely from various devices, ensuring that security personnel can respond swiftly no matter their location.

Additionally, the EIOC boasts a user-friendly graphical interface, which simplifies monitoring and control of integrated systems. This interface empowers operators to manage security operations effectively, fostering an environment of collaboration and efficiency. Another critical characteristic is the emphasis on scalability; the EIOC can easily adapt to the growing needs of an organization, accommodating new technologies and increasing numbers of devices without significant overhauls.

The Tyco EIOC also places a strong emphasis on compliance and reporting, ensuring that organizations can easily adhere to regulatory requirements. Automated reporting features provide insights into security metrics and operational performance, allowing businesses to assess the effectiveness of their security infrastructure continuously.

In summary, Tyco’s Electronic Integrated Operation Center exemplifies the convergence of advanced technology and innovative security solutions. Its robust integration capabilities, real-time data handling, and user-friendly operations make it a vital component for modern safety and security management, capable of evolving alongside the needs of contemporary organizations.