APOGEE system controllers or
"Field Panels" are the traffic centers and brains of the APOGEE
Building Automation System. They organize the signals that go to and
come from equipment (sensors, actuators, drives, equipment controllers,
etc) and translate the signals into data that can be instantly viewable,
programmable and actionable at the controller, thru powerful control
and reporting software, or remotely thru the Web.
Our two core types of controllers offer you thousands of possibilities.
Each offers intelligent options that enable you to choose the right
balance of price and functionality to suit current needs, while providing
a pathway to easily and cost-effectively adapt to future changes:
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| APOGEE
Modular Building Controllers (MBCs) |
| High-performance,
modular Direct Digital Control (DDC) for managing many types
of buildings and systems. Modular, snap-in components and
wide range of options provide for superior adaptability
and serviceability.
MBCs enable flexible solutions for control of typical building
Floor Level Network (FLN) end devices (sensors, actuators,
equipment controllers, etc) and a wide range of other systems
(chiller, boiler, fire/life safety, security, lighting,
etc), with each "point" individually addressed
and programmed for control.
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| When
would you use the MBC versus another type of building controller? |
When you anticipate
a great amount of Input/Output (I/O) point change or growth
When you want lower overall life-cycle costs for a rapidly changing
environment
When there is low tolerance for downtime, such as a critical environment
When you have high point density and a small amount of space for
a panel
When your requirements call for a flexible I/O mix, such as mostly
analog inputs
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MBCs can be configured in countless
ways, operating stand-alone or networked with other field
panels, to perform complex control, monitoring, and energy
management functions for most facilities. Designed with modular
components and available with a range of options, MBCs can
be adapted quickly and efficiently to an environment being
served, including integration with other systems. |
MBCs also securely
exchange data with other controllers, an Insight workstation
and the Web, or to a pager or other ways that keep you, your
facility's team and others informed.
Easy Servicing:
Snap-in Point Modules and Open Processors install and remove
easily without tools or re-terminating connections. You can
change, expand, service and repair in most cases without shutting
down your controller and disrupting operations. Flexible
and Scalable: Selectable point combinations
enable you to adapt and scale your system easily to changing
needs. You can manage between 1-320 I/O points per MBC,
and up to 100 MBCs and other field panels can communicate
concurrently on a peer-to-peer Building Level Network (BLN).
Use only what you need, control and monitor everything seamlessly,
and rest assured you have the ability to adapt and grow.
Customizable:
Integrate to other building systems (lighting, fire and
life safety, security, etc) or communication protocols (Modbus,
BACnet, TCP/IP, etc) though a choice of over 200 Open Processor
driver options.
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| 产品名称 |
产品编号 |
| MBC-24 Enclosure Assembly with Styled Door,
115V |
545-141 |
| MBC-24 Enclosure Assembly with Metal Door,
115V |
545-146 |
| MBC-40 Enclosure Assembly with Styled Door,
115V |
545-142 |
| MBC-40 Enclosure Assembly with Metal Door,
115V |
545-147 |
| MBC-24 NEMA 12 Enclosure Assembly,115V |
545-371 |
| MBC-40 NEMA 12 Enclosure Assembly, 115V |
545-372 |
| MBC-24 Enclosure Assembly with Styled Door,230V |
545-114 |
| MBC-24 Enclosure Assembly with Metal Door,
230V |
545-116 |
| MBC-40 Enclosure Assembly with Styled Door,
230V |
545-115 |
| MBC-40 Enclosure Assembly with Metal Door,
230V |
545-117 |
| MBC-24 NEMA 12 Enclosure Assembly, ，230V |
545-373 |
| MBC-40 NEMA 12 Enclosure Assembly,230V |
545-374 |
| Power Open Processor with RS-485 BLN and P1
FLN driverswith Revision 2.x Firmware |
562-001 |
| Power Open Processor with Ethernet BLN and
P1 FLN drivers with Revision 2.x Firmware |
562-002 |
| Open Processor with Protocol 2 and P1 FLN drivers
- 3 MB Memory (1 Mb RAM) with Revision 1.x English Firmware |
545-716 |
| Open Processor with Protocol 2 and P1 FLN drivers
- 3 MB Memory (1 MB RAM) with Revision 1.x French Firmware |
555-601 |
| Open Processor Stand-alone and P1 FLN drivers
- 3 MB Memory (1 MB RAM) with Revision 1.x English Firmware |
545-717 |
| Power Module |
545-714 |
| Memory Board Upgrade P2 - 8MB Memory (4 MB
RAM) with Revision 2.x English Firmware |
545-731 |
| Memory Board Upgrade Stand-alone - 6MB Memory
(2 MB RAM) with Revision 2.x English Firmware |
545-727 |
| MBC/RBC Owners Manual (revised May 2003) ** |
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| Powers Process Control Language
(PPCL) User's Manual* |
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| APOGEE?
Modular Equipment Controllers (MECs) |
| High-performance,
Direct Digital Control (DDC) for building systems, optimized
with fixed features. Several controller options to meet
site-specific needs.
MECs provide many options for the central monitoring and
control of typical building Floor Level Network (FLN) end
devices (sensors, actuators, equipment controllers, and
a wide range of other devices). Designed with a fixed feature
set with each MEC, they can provide a lower-cost solution
for controlled building environments that you do not require
a lot of change.
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| When
would I use an MEC versus another type of building controller? |
When a set feature
mix meets the job requirements
When future requirements are known or not likely to change
When I/O flexibility is less important
When the need to integrate to other systems is not essential
When servicing or upgrades can easily be scheduled
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MECs can operate stand-alone or
networked to perform complex control, monitoring, and energy
management functions: |
| Fixed
Features / Many Options
There are several choices of MECs available to match a variety
of requirements. With each MEC having a fixed feature set,
you purchase only what you need.
Cost-Efficient
MECs provide a reliable, lower-cost option for environments
that do not require a lot of change. If you do need to upgrade
or change, simply swap in another MEC without re-wiring.
Scaleable
Up to 100 MECs and other field panels can communicate concurrently
on a peer-to-peer Building Level Network (BLN). You can
also expand point capacity for some MECs with a Point Expansion
Module (PXM). New POWER MEC 1XXX models enable even greater
processing speed and capabilities.
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