Johnson Controls AS-CVTPROx00-1 manual Hvac PRO Software part, Tool Release 5.0 or later, VBT1400

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Compatibility

Table 4 lists compatible tools, Operating Systems, and controllers used over the Zone Bus and N2 Bus with the CVTPRO converter.

Table 4: Compatibility Chart

Compatible controllers include the Air Handling Unit (AHU), Unitary Controller (UNT), Variable Air Volume Controller (VAV), Network Dialer Module (NDM), and VMA.

Tool

Bus

Operating System

Compatible Controller

HVAC PRO Software (part of

N2 Bus

Windows 98 SE/Windows NT1/

AHU1xx

M-Tool Release 5.0 or later)

 

Windows 2000PE2 OS

UNT1xx

 

Zone Bus

Windows 98 SE/Windows 2000PE2, 3

UNT11xx

 

 

OS

VAV1xx

 

 

 

 

 

 

VMA14x0

 

Zone Bus

Windows NT1

VMA14x0*

VBT1400

Zone Bus

Palm Personal Digital Assistant (PDA)

VMA14x0

 

 

with OS Version 3.5 or later

 

VBT1200

Zone Bus

Palm PDA with OS Version 2.x or later

VMA12x0

GX-9100 Software

N2 Bus

Windows 98 SE/Windows NT1/

DT-9100

Configuration Tool (part of

 

Windows 2000PE2 OS

DX-9100

M-Tool Release 5.0 or later)

 

 

XT9100 (XP91xx)

 

 

 

 

 

 

XTM-905 (XPx-xxx)

XTM Configuration Tool

N2 Bus

Windows 98 SE/1Windows NT1/

XTM-105 (XPx-xxx)

 

 

Windows 2000PE2 OS

 

NDM Configuration Tool

N2 Bus

Windows 98 SE/ Windows NT1/

NDM

 

 

Windows 2000PE2 OS

 

Note: The CVTPRO converter is not compatible with Zone Terminal Units (ZTUs). For ZTUs, use the CBLPRO-2 converter. See the Auxiliary Gear Technical Bulletin (LIT-6363080)for details on Johnson Controls® converters.

1For proper CVTPRO converter operation when running on Windows NT OSs, Service Pack 6 must be installed.

2For proper CVTPRO converter operation when running on Windows 2000 OSs, use the Professional Edition only, and Service Pack 2 must be installed.

3On Zone Bus applications running on Windows 2000 OSs, HVAC PRO Version 8.04B or later must also be installed.

*When using the VMA14x0 with HVAC PRO software (versions prior to Version 8.04B only) over the Zone Bus with Windows NT OSs, a Device Conflict box appears whenever the user attempts an operation (for example, upload or download). To bypass the box, select Yes or No and the box disappears. The selected operation continues as expected.

Battery Power Recommendations

The CVTPRO converter requires two (user-supplied)

AAAalkaline type batteries on N2 Bus applications (when the External Power Adapter is not used). Battery life varies depending on the N2 Bus load, ambient temperature and type of batteries. See Table 5 and observe the following guidelines.

Always have a spare set of new batteries on hand.

When performing long downloads with the CVTPRO converter, use the External Power Adapter instead of batteries.

Table 5: *Typical Battery Life in CVTPRO Converter

AAA Battery:

Battery Life

Manufacturer

and Model/Type

 

Ray-O-Vac® Industrial Plus

4-1/2 hours

Duracell® CopperTop

5-1/2 hours

Eveready® Energizer Max®

6-1/2 hours

*using a CVTPRO converter in continuous operation on a fully loaded N2 Bus at room temperature (70°F [21°C])

AS-CVTPROx00-1Zone Bus/N2 Bus Interface Converter Installation Instructions 5

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Contents Application Cable ConnectorsConnection Ports GNDController via the Zone Bus PC via RS232Controller via the N2 Bus Controller Zone Bus via TE-6x00/ TMZ sensorDB9 Connecting to the Cvtpro ConverterCvtpro VMA Cvtpro N2 Connection to a VMA with a Removable N2 PlugXTM Configuration Tool Configuration Tool partNDM Configuration Tool Hvac PRO Software partTechnical Specifications

AS-CVTPROx00-1 specifications

Johnson Controls has been a pioneer in smart building technologies and efficient energy management solutions. Among their extensive range of products, the AS-CVTPROx00-1 stands out as a versatile and powerful controller designed for HVAC applications. This intelligent controller is primarily aimed at optimizing energy usage and enhancing indoor climate comfort across various settings, from commercial spaces to large residential complexes.

One of the main features of the AS-CVTPROx00-1 is its advanced control capabilities. It integrates seamlessly with existing HVAC systems, providing precise temperature control while minimizing energy consumption. The controller supports a variety of input and output configurations, allowing it to cater to diverse operational needs. The user-friendly interface simplifies setup and operation, making it an ideal choice for both novice and experienced technicians.

The AS-CVTPROx00-1 is built on Johnson Controls’ robust platform that incorporates innovative technologies such as advanced algorithms for predictive control. These algorithms analyze environmental data in real-time, enabling the system to adjust settings dynamically for optimal performance. Moreover, the controller features built-in communication protocols, including BACnet, Modbus, and others, ensuring compatibility with a wide array of devices and systems.

Energy efficiency is a cornerstone of the AS-CVTPROx00-1’s design. By utilizing smart scheduling and load forecasting, the controller enables users to significantly reduce energy costs. Additionally, it can be integrated into a broader energy management system, allowing for comprehensive monitoring and analysis of energy usage patterns.

The AS-CVTPROx00-1 also boasts robust security features to protect networked applications from potential threats. Its built-in cybersecurity protocols ensure that sensitive data remains secure, and users can manage access levels to maintain operational integrity.

In summary, the Johnson Controls AS-CVTPROx00-1 is a state-of-the-art HVAC controller that places a strong emphasis on efficiency, connectivity, and user-friendliness. With its advanced technologies, it is designed to revolutionize the way facilities manage their heating, ventilation, and air conditioning systems, providing exceptional comfort while minimizing environmental impact. This makes it an essential tool for modern smart buildings aiming for sustainability and operational excellence.