Aaautomation & Control
STE-1400 Series 10,000 ohm, Type III thermistor, temperature sensors are available in different housings for surface, duct, duct averaging, immersion, strap-on, and outside air applications. All probes are constructed to provide good heat transfer and fast response. The averaging sensors are available in both plenum-rated cable or with a copper probe.
The KMC Controls BAC-5051E is a multi-port BACnet router. This compact router is powerful enough for heavy network traffic and small enough to use as a control technician’s service tool.
Install the BAC-5051E for BACnet IP, Ethernet, and MS/TP routing. The IP routing is fully compliant with BACnet Standard 134-2012, Annex J.
Configure the BAC-5051E using only an Internet browser. No special software to learn or load.
Meets the BACnet Testing Labs B-RTR profile for a BACnet router.
These input/output expansion modules are designed for use with KMC BAC-5900 series controllers. Multiple CAN-5901s can be connected to a controller via a CAN bus. Each CAN-5901 supports up to eight universal inputs and eight universal outputs. For example, a BAC-5901 with four connected CAN-5901s could access up to (internal and external) 40 inputs and 40 outputs connected via terminal blocks.
BAC-5900 series, programmable, general purpose, controllers are designed to control building systems and HVAC equipment. The integrated alarming, scheduling, and trending enable these BACnet Advanced Application Controllers to be powerful edge devices for the modern smart building ecosystem.
The controllers feature simple, menu-driven setup choices using an STE-9000 series digital sensor, which can be installed permanently as the room sensor or used temporarily as a technician’s service tool.
Alternately, quick configuration of controller properties can be done using NFC (Near Field Communication) from a smart phone or tablet (using KMC Connect Lite app) while the controller is unpowered.
To meet the most demanding building automation custom requirements, these controllers are also fully programmable. Custom configuration and programming, with wizards for application programming selection/configuration, are enabled by KMC Connect software and the KMC Converge app for NiagaraAX Workbench.
KMC Converge and TotalControl software additionally provide the capability of creating custom graphical web pages (hosted on a remote web server) to use as a custom user-interface for the controllers.
They can be used with the following types of equipment: air handling units, boilers, chillers, pumps, cooling towers, roof top units, heat pump units, fan coil units, unit ventilators, and other HVAC and building automation system equipment.
Each BAC-5901 has 8 universal inputs and 8 universal outputs, which can be expanded up to 40 inputs and 40 outputs using CAN-5900 Series I/O Expansion Modules.
BAC-5901s can be used to control the following types of equipment: air handling units, boilers, chillers, pumps, cooling towers, roof top units, heat pump units, fan coil units, unit ventilators, and other HVAC and building automation system equipment.
The BAC-4000 Series is an easily and efficiently thermostat to control fan coil units, rooftop units, or heat pump units. “AppStat” refers to a new series of BACnet communicating thermostats from KMC Controls, factory programmed. Each model in the series combines a BACnet applications specific controller and sensor options into an attractive, space-mounted device.
The visual appeal of AppStat is accented by the overall design, a color LCD screen, and soft-touch buttons. Through the screen and buttons, installers and users can completely configure the devices and access various menu options.
Various feature options are available for each of the included applications. Such features include modulating versus on/off operation of associated components, such as valves and fans, as well as control for components such as economizers. Sensor options, beyond standard temperature sensing, include humidity and motion/occupancy.
BAC-9300 series controllers are designed to operate unitary and terminal equipment. The integrated alarming, scheduling, and trending enable these BACnet Advanced Application Controllers to be powerful edge devices for the modern smart building ecosystem.
The factory-supplied programming covers common unitary applications. The controllers feature simple, menu-driven setup choices using an STE-9000 series digital sensor, which can be installed permanently as the room sensor or used temporarily as a technician’s service tool.
Alternately, quick configuration of controller properties can be done using NFC (Near Field Communication) from a smart phone or tablet (using KMC Connect Lite app) while the controller is unpowered.
To meet the most demanding building automation custom requirements, these controllers are also fully programmable. Custom configuration and programming, with wizards for application programming selection/configuration, are enabled by KMC Connect software and the KMC Converge app for Niagara Workbench.
KMC Converge and TotalControl software additionally provide the capability of creating custom graphical web pages (hosted on a remote web server) to use as a custom user-interface for the controllers.
Can be used with the following types of unitary equipment: Air handling units (AHU), constant air volume (CAV) with external actuator, fan coil units (FCU), heat pump units (HPU), roof top units (RTU), unit ventilators, and variable air volume (VAV) with external actuator.
BAC-9000 series controller-actuators are designed to operate VAV (Variable Air Volume) terminal units. The integrated alarming, scheduling, and trending enable these BACnet Advanced Application Controllers to be powerful edge devices for the modern smart building ecosystem.
With integrated actuators, internal air pressure sensors, and other powerful features, they are ideal for new installations and upgrades of less-efficient equipment. They easily mount to terminal boxes by securing a “V” clamp on the shaft and securing a single-screw anti-rotation bracket.
The factory-supplied programming covers common VAV applications. The controllers feature simple, menu-driven setup choices using an STE-9000 series digital sensor, which can be installed permanently as the room sensor or used temporarily as a technician’s service tool.
Alternately, quick configuration of controller properties can be done using NFC (Near Field Communication) from a smart phone or tablet (using KMC Connect Lite app) while the controller is unpowered.
To meet the most demanding building automation custom requirements, these controllers are also fully programmable. Custom configuration and programming, with wizards for application programming selection/configuration, are enabled by KMC Connect software and the KMC Converge app for NiagaraAX Workbench.
KMC Converge and TotalControl software additionally provide the capability of creating custom graphical web pages (hosted on a remote web server) to use as a custom user-interface for the controllers.
Application options include: pressure independent or dependent VAV; cooling only and with changeover; staged, modulated, floating, or time-proportional reheat; series or parallel fan control; dual duct (with TSP-8003 actuators); and CAV (Constant Air Volume). For installations with a BACnet building automation system, these easily integrated controllers signal demands for higher static duct pressure, cooler or warmer supply air, and other diagnostics for AHU optimization.
The SimplyVAV series of controllers are an easy and unique approach to operating a wide variety of VAV terminal units. The integrated actuators, internal airflow sensors, and wide variety of application programs make these BACnet Application Specific controllers ideal for either new or retrofit installations.
Native BACnet. All models are BACnet Application Specific Controllers that are ready to connect to a BACnet MS/TP network. Device instance, MAC address, and baud rate are set from an STE-8001 without special software.
Easy system integration. For SimplyVAV installations that are part of a BACnet building automation system, the controllers provide system diagnostic indicators. Through the MS/TP network, the controllers signal demands for higher static duct pressure, cooler or warmer supply air, and when to start air handler units.
The multi-port is a KMC FullBAC
router that works efficiently and reliably
in trafficking routes for BACnet
complex buildings today
features automation projects
consist of multiple networks.
The BAC-5050 provides
communication between
foreign devices, BACnet IP
LAN, the BACnet MS / TP
network controller, and
Ethernet 802.3 (ISO 8802-3)
network.
3 sub-networks RS485, for 127 BACnet controllers each
2 RS232 gates for direct connection to PC
1 Ethernet gate for LAN & PC networks
Supports 4 Ethernet sub-networks, each one w/independent programming as:
Ethernet 802.3 BACnet broadcast management device
(BBDM); Bacnet PAD (packet assembling/disassembling) routing
Register or third-part equipment w/ BBDM, (Ethernet 802.3 BACnet)
2 MB Flash memory
2MB RAM
Automatic RAM backup
The BACnet Building Controller (B-BC) is a native BACnet direct digital controller for high performance. Works as part of a system of interoperable building automation, this B-BC 16 Ă— 16 offers precise control and control of connected points. Integrated into the controller is a BACnet router, web server, and expandable I / O (expansion module-A168EIO CAN) in a native BACnet device.
16 programmable inputs, digital - analog:
digital: 0/5 VCC (w/resistor) up to 1000 Hz analog: 0-5 VCC or 4-20 mA (w/resistor);12 bits
16 programmable outputs, digital - analog:
digital: 0/5 VCC analog: 0-10 VCC
16-128 standard control blocks P, PI, PID
32 Basic programming blocks (Require TotalControl) Communications: ethernet, RS-232,
2 sub-networks RS-485 for 127 BACnet addresses each
Direct connection to Internet (using a standard browser included into the controller)
Expansion to 7 CAN-168EIO modules - 16 inputs and 8 outputs
KMC Controls
The KMC system was designed on the basis of a flexible architecture, for which is easily adaptable to any kind of building. The basic architecture is formed by multiple programmable controllers and a Work Station, consisting of one standard PC with the KMC software, where the operator is able to monitor and control any point of the system in a tabular as in a graphical way. There is no need of informatics knowledge by the operator, because the operation of the terminal is very friendly, just to know the building would be enough.
TotalControl
This software offers Internet based services to manage one building automation system for small, medium and great ventures. The TotalControl is a flexible solution with multiple possibilities to develop the features that the automation system may require, independently from the systems’ complexity.
Components included Alarm management service, Trend logging service, Internet browser accessibility modules, Transfer values between controllers on dissimilar protocols with Protocol Gateway, an SQL database for centralized data storage, Internet Access with Internet Explorer or similar.
The anemometer is a weather anemograph or device used for weather forecasting and , specifically , to measure wind speed. It is also one of the basic flight instruments flight heavier -than-air aircraft.
In meteorology , it is mainly used cup anemometers or reel kind of tiny windmill blades with three cups on which the wind acts ; the number of turns can be read directly on a counter or registered on a strip of paper ( anemogram ) , in which case the device is called anemograph . Although there are also electronic type .
To measure the sudden changes in wind speed , especially in the turbulence , is resorted to anemometer filament , consisting of a platinum or nickel electrically heated : wind action has the effect of cooling it and do so vary their resistance ; therefore, the current flowing through the wire is proportional to the wind speed.