Appendix B N30 Supervisory Controller User s Manual B 1 Building an Alarm Application Introduction There are two methods of alarm routing for the N30 Supervisory Controller the Notification Class alarm routing feature and the Message Router feature This appendix describes aspects of these features including alarm routing recommendations how Status Notification Reports SNRs are routed how message filtering is configured and how the Notification Class and Message Rout
Chapter 3 N30 Supervisory Controller User s Manual 3 1 Getting Started Introduction A VT100 can be used to add and edit objects and to browse an N30 database Project Builder software provides an easier way to create define and edit N30 databases offline This chapter explains the VT100 interface to the N30 and describes tasks performed in using an N30 Notes on using Project Builder to perform these tasks are included where appropriate This chapter describes how to
Chapter 13 N30 Supervisory Controller User s Manual 13 1 Working with Global Data Sharing Objects Introduction The Global Data Sharing object permits the sharing of data from a single master input with up to 16 slave output references This chapter describes how to add a Global Data Sharing object edit a Global Data Sharing object add slaves to the Slaves List delete slaves from the Slaves List command a Global Data Sharing object delete a Global Data Sharing
N30 Supervisory Controller Users Manual 34 1 Working with Event Enrollment Objects Introduction The Event Enrollment object monitors the value of a single attribute in another object in the same or another device and reports events based on changes in the attribute s value For example the Event Enrollment object can monitor the temperature value from a room thermostat and report an event if the temperature falls below a low limit parameter value Note The Event Enrol
N30 Supervisory Controller Users Manual A 1 Appendix A Building an Energy Management Application Introduction Numerous energy management applications are possible for small to mid size site configurations This document provides information to consider when building a core energy management application including what objects are involved and how attributes interact This document describes how to build a core energy management application November 01 2001 Johnso
Chapter 11 N30 Supervisory Controller Users Manual 11 1 Working with Printer Objects Introduction The Printer object allows printed alarms summaries and reports from within the N30 system to be generated A Printer object needs to be added for each piece of printer hardware that exists on the system Each N30 allows for a maximum of two printers to be attached to it IMPORTANT Do not do a serial download of an N30 from Project Builder through a port for which a direc
Chapter 14 N30 Supervisory Controller User s Manual 14 1 Working with Interlock Objects Introduction The Interlock object establishes conditional control over one or more other objects Based on the results of some conditional checks a series of commands can control other objects This chapter describes how to add an Interlock object edit an Interlock object add sources to an Interlock object delete sources from an Interlock object add action table entries to
N30 Supervisory Controller Users Manual 19 1 Working with Demand Limiting Load Rolling DLLR Objects Introduction The Demand Limiting Load Rolling DLLR object selectively sheds loads to assure that the total energy consumed during one interval never exceeds a certain limit This chapter describes how to e adda DLLR object e edit a DLLR object e command a DLLR object e delete a DLLR object November 01 2001 Johnson Controls Inc www johnsoncontrols com Code
Chapter 20 N30 Supervisory Controller User s Manual 20 1 Working with Load Objects Introduction Load objects identify pieces of equipment corresponding to an N2 Binary Output Binary Value BV Multistate Output MSO Multistate Value MSV or Multiple Command MC object that consumes a certain noticeable amount of energy Load objects register with the DLLR Demand Limiting Load Rolling object meaning they let the DLLR know they exist and can be shed to save ene
N30 Supervisory Controller Users Manual 23 1 Working with Analog Totalization Objects Introduction An Analog Totalization object maintains a total for the data recorded at an analog sensor It answers the question How much and is typically used to measure the consumption of a supply such as steam electricity or chilled water The input sensor provides a value corresponding to the amount of consumption or flow This chapter describes how to e add an Analog Total
N30 Supervisory Controller Users Manual 24 1 Working with Event Totalization Objects Introduction The Event Totalization object tracks the number of events or pulses over time meaning it counts the number of transitions in an object s value This chapter describes how to e add an Event Totalization object e edit an Event Totalization object e command an Event Totalization object e delete an Event Totalization object November 01 2001 Johnson Controls Inc
N30 Supervisory Controller Users Manual 25 1 Working with Runtime Totalization Objects Introduction The Runtime Totalization object tracks the number of one minute time intervals that elapse while a designated input such as a binary or multistate value has matched a specified state This chapter describes how to e adda Runtime Totalization object e edit a Runtime Totalization object e command a Runtime Totalization object e delete a Runtime Totalization object
N30 Supervisory Controller User s Manual 26 1 Working with Analog Alarm Objects Introduction The Analog Alarm object adds the alarming capability for a floating point attribute of any object such as the Present Value of an Analog Input object Note The Input Reference of an Analog Alarm object should refer to an analog attribute type in order to perform as intended Analog Alarm objects referencing other attribute data types e g Boolean yield unusual results thoug
Chapter 27 N30 Supervisory Controller Users Manual 27 1 Working with Multistate Alarm Objects Introduction The Multistate Alarm object provides the alarming capability for a Boolean or multistate attribute for any object such as the Present Value of a Binary Input object Note The Input Reference of a Multistate Alarm object should refer to enumeration or Boolean based attributes in order to perform as intended Multistate Alarm objects referencing other attribute
Chapter 30 N30 Supervisory Controller Users Manual 30 1 Working with Remote Destination Objects Introduction The Remote Destination object ensures delivery of Status Notification Reports SNRs to a workstation via a modem It also makes and maintains a connection with the workstation allowing the workstation to make a connection permanent or to deny a connection This chapter describes how to e adda Remote Destination object e edit a Remote Destination object e
N30 Supervisory Controller User s Manual 31 1 Chapter 31 Working with E mail Objects Introduction The E mail object provides alarm notification through electronic mail e mail to personnel at a remote location The E mail object translates alarm messages into the correct e mail format and sends the message via the local mail gateway Simple Mail Transfer Protocol SMTP server Note In order to function the E mail object must have access via Ethernet to an SMTP ser
N30 Supervisory Controller User s Manual 7 1 Chapter 7 Working with Schedule Objects Introduction A Schedule object allows you to automate routine functions For example you can schedule a fan to start every weekday Monday through Friday at 7 00 a m and stop at 5 00 p m This chapter describes how to e create a new Schedule object e edit a Schedule object e delete a Schedule object e command a Schedule object For information on creating and editing Schedule o
N30 Supervisory Controller Users Manual 9 1 Chapter 9 Working with Optimal Start Objects Introduction The Optimal Start OST feature reduces energy consumption by keeping a facility in its unoccupied mode for as long as possible for example in the morning and putting it in unoccupied mode as soon as possible for example at night without sacrificing comfort This chapter describes how to e add an Optimal Start object e edit an Optimal Start object e command
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