Fire pump room system integrator
View Patent ↗An example system in a fire pump room may comprise a monitoring component that is configured to receive data from two or more pump room devices of a fire pump room. The monitoring component may include a plurality of input ports and each of the two or more pump room devices may be communicatively coupled to the monitoring component via a corresponding input port. The system may further comprise a wireless network interface controller communicatively coupled to a server in a network via a wireless access point, and a memory configured to store subscription information for one or more subscribing parties. Additionally, the system may comprise a processing component configured to send an indication of the received data to at least one of the one or more subscribing parties via the wireless network interface controller.
1. A system in a fire pump room, comprising:
a monitoring component configured to receive data from two or more pump room devices of the fire pump room, wherein the monitoring component comprises a plurality of input ports and each of the two or more pump room devices is communicatively coupled to the monitoring component via a corresponding input port, wherein the two or more pump room devices include an electric fire pump system, a diesel fire pump system, an electric fire pump controller, a diesel fire pump controller, a jockey pump system, a power transfer switch, a fuel tank meter, and flow test equipment, wherein the fuel tank meter outputs to the diesel fire pump controller and the flow test equipment outputs to the electric fire pump controller;
a wireless network interface controller communicatively coupled to a server in a network via a wireless access point;
an Ethernet port communicatively coupled to an interface of a building management system;
a memory configured to store subscription information for subscribing parties, wherein the subscription information indicates an identification of the subscribing parties and a respective notification frequency for the subscribing parties;
a first serial module coupled to the electric fire pump system and the electric fire pump controller;
a second serial module coupled to the diesel fire pump system and the diesel fire pump controller; and
a processing component configured to receive data over a Modbus communication link from one or more of (i) the electric fire pump system and the electric fire pump controller via the first serial module and (ii) the diesel fire pump system and the diesel fire pump controller via the second serial module, and to receive data from the jockey pump system and the power transfer switch via a discrete wiring communication link,
wherein the processing component is further configured to send an indication of the received data to the subscribing parties in accordance with the respective notification frequency via the wireless network interface controller and to control at least one of the two or more pump room devices of the fire pump room based on the received data,
wherein the processing component is further configured to send the indication of the received data to at least one of the subscribing parties via the Ethernet port so as to integrate the fire pump room with the building management system.
2. The system of claim 1 , wherein a given one of the plurality of input ports comprises a pressure port configured to receive, from a pressure sensor of the fire pump room, data representative of a water pressure in a fire protection system.
3. The system of claim 1 , wherein a given one of the plurality of input ports comprises an engine sensor port configured to receive, from an instrument of a diesel engine, data representative of a status of the diesel engine.
4. The system of claim 1 , wherein a given one of the plurality of input ports comprises a Modbus communication port.
5. The system of claim 1 , wherein the two or more pump room devices comprise one or more of a diesel engine, an electric motor, a battery backup system, a thermostat, and a video camera.
6. The system of claim 1 , further comprising a display having a graphical user interface.
7. The system of claim 6 :
wherein the graphical user interface is configured to receive an indication of (i) a name of a given one of the two or more pump room devices and (ii) a corresponding input port which the given pump room device is coupled to, and
wherein the indication of the received data further comprises an indication of (i) data that is received from the given pump room device and (ii) the name of the given pump room device.
8. A system in a fire pump room, comprising:
a monitoring component configured to receive data from two or more pump room devices of the fire pump room, wherein the monitoring component comprises a plurality of input ports and each of the two or more pump room devices is communicatively coupled to the monitoring component via a corresponding input port, wherein the two or more pump room devices include an electric fire pump system, a diesel fire pump system, an electric fire pump controller, a diesel fire pump controller, a jockey pump system, a power transfer switch, a fuel tank meter, and flow test equipment, wherein the fuel tank meter outputs to the diesel fire pump controller and the flow test equipment outputs to the electric fire pump controller;
a wireless network interface controller communicatively coupled to a server in a network via a wireless access point;
an Ethernet port communicatively coupled to an interface of a building management system;
a memory configured to store subscription information for subscribing parties, wherein the subscription information indicates an identification of the subscribing parties and a respective notification frequency for the subscribing parties;
a first serial module coupled to the electric fire pump system and the electric fire pump controller;
a second serial module coupled to the diesel fire pump system and the diesel fire pump controller; and
a processing component configured to receive data over a Modbus communication link from one or more of (i) the electric fire pump system and the electric fire pump controller via the first serial module and (ii) the diesel fire pump system and the diesel fire pump controller via the second serial module, and to receive data from the jockey pump system and the power transfer switch via a discrete wiring communication link,
wherein the processing component is further configured to send an indication of the received data to the subscribing parties in accordance with the respective notification frequency via the wireless network interface controller and to control at least one of the two or more pump room devices of the fire pump room based on the received data,
wherein the processing component is further configured to send the indication of the received data to at least one of the subscribing parties via the Ethernet port so as to integrate the fire pump room with the building management system,
wherein a given one of the plurality of input ports comprises a Modbus communication port,
wherein the memory is further configured to store a preferred Modbus register list for at least one of the two or more pump room devices, and
wherein the monitoring component is further configured to request data from one or more registers of the preferred Modbus register list.
9. A system in a fire pump room, comprising:
a monitoring component configured to receive data from two or more pump room devices of the fire pump room, wherein the monitoring component comprises a plurality of input ports and each of the two or more pump room devices is communicatively coupled to the monitoring component via a corresponding input port, wherein the two or more pump room devices include an electric fire pump system, a diesel fire pump system, an electric fire pump controller, a diesel fire pump controller, a jockey pump system, a power transfer switch, a fuel tank meter, and flow test equipment, wherein the fuel tank meter outputs to the diesel fire pump controller and the flow test equipment outputs to the electric fire pump controller;
a wireless network interface controller communicatively coupled to a server in a network via a wireless access point;
an Ethernet port communicatively coupled to an interface of a building management system;
a memory configured to store subscription information for subscribing parties, wherein the subscription information indicates an identification of the subscribing parties and a respective notification frequency for the subscribing parties;
a first serial module coupled to the electric fire pump system and the electric fire pump controller;
a second serial module coupled to the diesel fire pump system and the diesel fire pump controller; and
a processing component configured to receive data over a Modbus communication link from one or more of (i) the electric fire pump system and the electric fire pump controller via the first serial module and (ii) the diesel fire pump system and the diesel fire pump controller via the second serial module, and to receive data from the jockey pump system and the power transfer switch via a discrete wiring communication link,
wherein the processing component is further configured to send an indication of the received data to the subscribing parties in accordance with the respective notification frequency via the wireless network interface controller and to control at least one of the two or more pump room devices of the fire pump room based on the received data,
wherein the processing component is further configured to send the indication of the received data to at least one of the subscribing parties via the Ethernet port so as to integrate the fire pump room with the building management system,
wherein the memory is further configured to store a preferred Modbus register list for at least one of the two or more pump room devices, and
wherein the monitoring component is further configured to request data from a register of the preferred Modbus register list.
10. The system of claim 9 , further comprising a Modbus communication port.
11. The system of claim 9 , wherein the processing component is further configured to process data received from the register based on a conversion factor associated with the register, and
wherein the indication of the received data comprises the processed data.
12. The system of claim 9 , wherein a given one of the plurality of input ports comprises a pressure port configured to receive, from a pressure sensor of the fire pump room, data representative of a water pressure in a fire protection system.
13. The system of claim 9 , wherein a given one of the plurality of input ports comprises an engine sensor port configured to receive, from an instrument of a diesel engine, data representative of a status of the diesel engine.
14. The system of claim 9 , wherein the two or more pump room devices comprise one or more of a diesel engine, an electric motor, a battery backup system, a thermostat, and a video camera.
15. The system of claim 9 , further comprising a display having a graphical user interface.
16. The system of claim 15 , wherein the graphical user interface is configured to receive an indication of (i) a name of a given one of the two or more pump room devices and (ii) a corresponding input port which the given pump room device is coupled to, and
wherein the indication of the received data further comprises an indication of (i) data that is received from the given pump room device and (ii) the name of the given pump room device.