Bard MV4000 installation instructions Configuration

Page 11

3.1-Stage Compressor Units with Newer ECONWMT Economizers (See Note A)

1st stage cooling set point is the setting (SP) input into the controller. Factory default is 77F (25C). On a call for cooling the blower of the lead unit will come on immediately (if not already on – See Blower Operation), and the Stage 1 LED will blink for 10-seconds before going solid, at which time the lead unit Y1 cooling output turns on. If the outdoor temperature and humidity conditions are below the set point of the economizer control the lead unit economizer will operate instead of the compressor. If outdoor conditions are not acceptable for free cooling the compressor will automatically operate instead of the economizer.

2nd cooling set point is 4F (default setting, user selectable

2-6F) warmer than Stage 1. On a call for 2nd Stage cooling the blower of the lag unit is turned on (if not already on – See Blower Operation), and the Stage 2 LED will blink for 10-seconds before going solid, at which time the lag unit Y1 cooling output turns on. If the outdoor temperature and humidity conditions are below the set point of the economizer control the lag unit economizer will operate instead of the compressor. If outdoor conditions are

not acceptable for free cooling the compressor will automatically operate instead of the economizer.

3rd cooling set point is 2F (default setting, user selectable 2-3F) warmer than Stage 2. On a call for 3rd Stage cooling the lead unit economizer will continue to operate as long as outdoor conditions are acceptable, and the compressor will operate.

4th cooling set point is 2F (default setting, user selectable 2-3F) warmer than Stage 3. On a call for 4th Stage cooling the lag unit economizer will continue to operate as long as outdoor conditions are acceptable, and the compressor will operate.

4.2-Stage Compressor Units with Newer ECONWMT Economizers (See Note A)

1st stage cooling set point is the setting (SP) input into the controller. Factory default is 77F (25C). On a call for cooling the blower of the lead unit will come on immediately (if not already on – See Blower Operation), and the Stage 1 LED will blink for 10-seconds before going solid, at which time the lead unit Y1 cooling output turns on. If the outdoor temperature and humidity conditions are below the set point of the economizer control the lead unit economizer will operate instead of the compressor. If outdoor conditions are not acceptable for free cooling the compressor will automatically operate on compressor Stage 1 partial capacity instead of the economizer.

2nd cooling set point is 4F (default setting, user selectable 2-6F) warmer than Stage 1. On a call for 2nd Stage cooling the blower of the lag unit is turned on (if not already on – See Blower Operation), and the Stage 2

LED will blink for 10-seconds before going solid, at which time the lag unit Y1 cooling output turns on. If the outdoor temperature and humidity conditions are below the set point of the economizer control the lag unit economizer will operate instead of the compressor. If outdoor conditions are not acceptable for free cooling the compressor will automatically operate on compressor Stage 1 partial capacity instead of the economizer.

3rd cooling set point is 2F (default setting, user selectable

2-3F) warmer than Stage 2. On a call for 3rd Stage cooling the lead unit economizer will continue to operate as long as outdoor conditions are acceptable, and the compressor will operate on compressor Stage 1 partial capacity. If outdoor conditions are not acceptable for free cooling the lead unit compressor will automatically be operating on compressor Stage 1 partial capacity and will go to Stage 2 full capacity operation.

4th cooling set point is 2F (default setting, user selectable

2-3F) warmer than Stage 3. On a call for 4th Stage cooling the lag unit economizer will continue to operate as long as outdoor conditions are acceptable, and the compressor will operate on compressor Stage 1 partial capacity. If outdoor conditions are not acceptable for free cooling the lag unit compressor will automatically be operating on compressor Stage 1 partial capacity and will go to Stage 2 full capacity operation.

COOLING OPERATING SEQUENCES FOR non-ALTERNATING LEAD/lead/LAG/LAG

CONFIGURATION

1.2-Stage Compressor Units No Economizer

1st stage cooling set point is the setting (SP) input into the controller. Factory default is 77F (25C). On a call for cooling the blower of the lead unit will come on immediately (if not already on – See Blower Operation), and the Stage 1 LED will blink for 10-seconds before going solid, at which time the lead unit compressor will start in compressor Stage 1 partial capacity operation.

2nd cooling set point is 4F (default setting, user selectable 2-6F) warmer than Stage 1, at which time the lead unit compressor will switch to compressor Stage 2 full capacity.

3rd cooling set point is 2F (default setting, user selectable 2-3F) warmer than Stage 2. On a call for 3rd Stage cooling the blower of the lag unit will come on immediately (if not already on – See Blower Operation), and Stage 3 LED will blink for 10-seconds before going solid, and then the lag unit compressor will start in compressor Stage 1 partial capacity.

4th cooling set point is 2F (default setting, user selectable 2-3F) warmer than Stage 3. On a call for 4th Stage cooling the Stage 4 LED comes on solid (no delay), and the lag unit compressor will switch to compressor Stage 2 full capacity operation.

Manual

2100-571A

Page

11 of 31

Page 10 Page 12
Image 11
Page 10 Page 12
Contents Installation Instructions & replacement parts list Contents Bard Bard Manufacturing Company, Inc For more information, contact these publishersAir Conditioning Contractors of America American National Standards InstituteBard Manufacturing Company, Inc Bryan, OH Controller certificationsMV4000 Series Master Controller Mounting the controller SPECIFICATIONS/FEATURES for mv4000-B ControllerTemperature sensors Temperature sensor logicEconomizer Fail Terminal Block Located in the MV4000 panel boxLocated on Main Controller Board Gen Run/Econ Shutdown Terminal BlockaController grounding LOW voltage field wiringController power-up Fire suppression circuit Staging delay periodsAdvance Swap lead/Lag unit feature Accelerate timer featureGeneral Programming Overview Controller Programmable Features and Default SettingsStage Compressor Units No Economizer Humidity control optionConfiguration Air Conditioners with Electric Heat Heating Sequence of OPERATIoNFor Vista or Windows CB4000 Communication BoardFor XP or Windows Connect to network Log Out ButtonBackup dc power connection Controller wiringSecurity Locking feature Generator run / economizer shutdown featureHOOK-UP Diagram Selection Table Reference Shown AC Unit With Alarm Board & CB4000 Communication Board MIS-3063 MIS-3062 This page intentionally left blank MIS-3060 This page intentionally left blank Alarm wiring Economizer failure alarmCompressor run alarm EmergencY venTIlatioN sequence 2nd stage cooling alarmReFRIgerant pressure alarms Manual 2100-571A Manual 2100-571A Programming instructions 27F/15C Lead SEXP-638 a Parts List

MV4000 specifications

The Bard MV4000 is a groundbreaking mobile video platform designed to revolutionize the way organizations manage and distribute video content. This versatile device is particularly notable for its robust features, advanced technologies, and user-friendly characteristics, making it an indispensable tool for various industries, including education, security, and entertainment.

One of the standout features of the Bard MV4000 is its high-definition video capture capabilities. The platform supports 4K resolution, ensuring that every detail is captured with stunning clarity. This makes it an ideal solution for applications where image quality is paramount, such as live events or surveillance operations. The MV4000 is equipped with multiple camera inputs, allowing users to connect various types of cameras, including PTZ (pan-tilt-zoom) cameras for versatile shooting options.

Another significant advantage of the Bard MV4000 is its advanced streaming technology. The device supports a wide range of streaming protocols, including RTMP and HLS, facilitating seamless content delivery across different platforms. This flexibility ensures that users can easily broadcast live events over the internet or integrate the device into existing workflows without significant technical hurdles.

The MV4000 also features an intuitive user interface, making it accessible to users of all skill levels. The touchscreen controls simplify the setup and operation of the device, allowing video producers to focus on content creation rather than technical complexities. Additionally, the platform's built-in editing tools enable users to perform real-time adjustments, enhancing the overall production quality without the need for extensive post-production work.

In terms of connectivity, the Bard MV4000 excels with its multiple options, including Wi-Fi, Ethernet, and cellular connectivity. This versatility allows users to remain connected in various environments, from remote locations to urban settings. The device further supports various storage options, ensuring that users can save and access their video content with ease.

Finally, the Bard MV4000 is designed with durability in mind. Its rugged casing and robust construction make it suited for field use, ensuring it can withstand the rigors of outdoor applications. With its combination of high-definition video capabilities, advanced streaming technologies, user-friendly interface, versatile connectivity options, and durability, the Bard MV4000 stands out as a premier mobile video solution for today’s dynamic multimedia landscape.
Top Page Image Contents