BMS specification 110524a - LONIX

1 bms specification 1 (18) LONIX LTD Teollisuuskatu 33 Tel. +358 9 349 9853 VAT 1043054-9 FI-00510 Helsinki, Finland Fax +358 9 349 9863 Trade bms specification LONIX Ltd bms specification 2 (18) LONIX LTD Teollisuuskatu 33 Tel. +358 9 349 9853 VAT 1043054-9 FI-00510 Helsinki, Finland Fax +358 9 349 9863 Trade INDEX 1 System Architecture ..3 System Integration ..3 Layered System Architecture ..3 Service Level ..3 Management Level ..4 Control Level ..5 Field Level ..5 2 BMS Server ..5 Software ..5 Data Model ..6 Integration Interfaces ..7 Enterprise Interface ..8 System Interface ..8 Hardware ..8 Operating System ..9 Database ..9 Standby Server ..9 Approved Makes ..9 3 BMS Operator Workstation ..9 General ..9 Professional User Interface ..9 Hardware .. 10 Graphical Pages .. 10 Alarms.

2 11 Trending .. 11 Event Logs .. 11 User Rights Management .. 12 Light-weight User Interface .. 12 4 BMS Controllers .. 13 General .. 13 I/O points .. 13 General Purpose Controllers .. 14 Special Purpose Controllers .. 14 5 Field Devices .. 15 Temperature Sensors .. 15 Relative Humidity Sensors .. 15 CO2 15 CO 15 Differential Pressure Sensors .. 16 Air Differential Pressure Switches .. 16 6 Integration with Security Systems .. 16 Access control and Intruder Alarms .. 16 Video Surveillance .. 17 Fire alarms .. 18 Other systems .. 18 bms specification 3 (18) LONIX LTD Teollisuuskatu 33 Tel. +358 9 349 9853 VAT 1043054-9 FI-00510 Helsinki, Finland Fax +358 9 349 9863 Trade 1 System Architecture System Integration The system provider shall furnish and install a fully integrated Building Management System (BMS), incorporating distributed control techniques and standard open communication networks.

3 The system shall be implemented as an integrated, open solution, which integrates BMS and Security systems into one system and enables remote connectivity through standard Building Operating System (BOS) interface of the BMS Server. BMS systems shall be integrated with the BMS Server, applying the open BOS platform as described in the System Architecture. The BMS Server shall provide standard connectivity to one or several Service Center(s), which shall be capable of providing advanced maintenance and security services. System Architecture shall be as specified in the following chapters. Responsibilities of the system provider and system integrator shall be according to normal specifications and practices. Layered System Architecture The System Architecture shall consist of four levels: - Service Level - Management Level - Control Level - Field Level The system shall be completely modular in structure and freely expandable at any stage.

4 Each level of the system shall operate independently of the next level up, as specified in the system architecture. For example, Control Level shall operate independently without support from Management Level. The system shall be fully consistent with the latest industry standards. To enable efficient functional system integration and to provide maximum flexibility and to respond to changes in the building use, the system offered shall support the use of LonWorks, Modbus, BACnet, M-bus, Ethernet TCP/IP and Internet communication technologies. Service Level Service Level shall allow the systems to be connected without additional software to one or several Service Center(s), for providing centralized remote monitoring, alarm and fault detection of connected building management and security systems. The Service Center shall be capable of accessing remotely the systems using a standard interface through the Building Operating System (BOS) platform.

5 The standard connectivity shall enable providing advanced maintenance and security services, such as maintenance alarm monitoring, security alarm monitoring, remote diagnostics, main user capability, remote control and optimization of all systems, energy optimization, trending and reporting services. bms specification 4 (18) LONIX LTD Teollisuuskatu 33 Tel. +358 9 349 9853 VAT 1043054-9 FI-00510 Helsinki, Finland Fax +358 9 349 9863 Trade The Service Center shall support connectivity of multiple sites in multi-operator environment. Predefined alarms from connected sites intruder alarms, dirty filter notifications or leakage alarms, for example shall appear in the alarm list with a specified priority. Alarms shall be stored in the central database. Remote diagnostics of site systems and devices shall enable proactive maintenance of technical systems, energy optimization and efficient management of the infrastructure.

6 Centralized monitoring of all connected sites with main user capability shall enable set point changes, manual controls and camera controls by using the remote connection. Management Level Management Level shall provide a uniform view to all systems through the open Building Operating System (BOS) platform. All the systems - controls of cooling, ventilation and lighting, consumption measurements, access controls, intruder alarms, fire alarms and NVR/DVR systems - shall be integrated with the BOS using device drivers. The BOS shall offer at least the following common services to be used by all connected systems: - Alarms - Historical trending - Logs and reporting - User profile and role management To ensure fault-tolerant system functionality, the Management Layer shall not be responsible for any controls. The critical control functionality is taken care of by the intelligence on the Control Layer.

7 The Management Layer shall provide standard connectivity through the BOS platform with the Service Level, with capability to support very advanced maintenance and security services. The BOS software shall also be capable of acting as a gateway between systems conveying messages, for example, from IP or Modbus devices to LON devices and vice versa. Even though the sub systems have to function independenly, the BOS must support redundant Server Configuration. This shall be applicable especially in critical security applications, where BOS is used as Security Management System (SMS). The BOS shall collect trends from defined points, collect and forward alarms from the systems. The BOS shall enable efficient management of user rights. The BOS shall be capable of forwarding alarms to mobile phones using SMS, local alarm printers or to Service Center.

8 It shall be possible to browse the alarm history for reporting and statistical purposes. The BOS shall include a structured XML object model of the building, its parts and spaces, its connected systems, system parts and effect areas of each system. The XML object model shall comply with COBA XML schema. The BOS shall include an open interface for other applications to interact with the connected systems. Communication method between BOS and Client applications shall include at least Java Messaging Service (JMS). No other bms specification 5 (18) LONIX LTD Teollisuuskatu 33 Tel. +358 9 349 9853 VAT 1043054-9 FI-00510 Helsinki, Finland Fax +358 9 349 9863 Trade primary interfaces are allowed. Web interfaces shall be used for light-weight clients, automatically generated browser-based user interfaces in residences for Panel PC s, PDA s or IPTV.

9 The network technology shall be based on the IT standards, such as TCP/IP, and be compatible with latest LAN/WAN technology. The operating system of the BOS server shall be Linux. The BOS shall be capable of supporting current and future building management protocols through implementation of network interface drivers. The BOS shall be capable of current and future systems and devices through implementation of device drivers. Control Level The Control Level shall consist of a distributed network of smart controllers, which communicate to each other using a commonly known field bus as specified herein. Connectivity towards Management Level shall utilize standard TCP/IP protocol. The controllers shall include all the intelligence of the system. All communication shall be event based, real-time peer-to-peer communication.

10 All controllers shall be capable of operating autonomously independently of Management Layer. For example, all systems react to alarms on the Control Layer without interference from upper layers. Each automation controller shall be capable of handling several different systems in parallel through flexible distribution of I/O points. Automation controllers shall function as autonomous units and form an intelligent system by communicating in real time over the free topology (FTT-10) Local Operating Network (LON) using standard network variables (SNVT). Security controllers shall utilize RS-485 connection between the network controller and the interface panels. Field Level The Field Level shall consist of industry standard sensors and actuators, industry standard (wiegand) card readers and IP cameras. 2 BMS Server Software The BMS Server Software shall be based on the open BOS platform.