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Description

PVBxxxxAS-E is provided with more compact size and

accurate air flow measurement to meet the control of

the increasing demand for VAV terminals. It

communicates with BACnet MS/TP, fully compatible

with Niagara WEBs AX and WEBs N4 system.

PVBxxxxAS-E is a free programmable VAV controller,

assembled with a DP sensor for air-flow measurement

and a damper actuator for damper position adjustment.

Features

• Compact design to meet small enclosure

• Low air speed measureable by high accuracy DP sensor

• 5 Nm damper actuator, ease and stable to mount

with damper of VAVBox

• BACnet MS/TP communication between

controllers, up to 115. 2 kps

• Sylk™ Bus communication with wall module,

polarity insensitive wiring for both power supple

and communication

• Compatible with Niagara AX or N4

• Colorful and removable terminal blocks to simplify

wiring and replacement

• Qualified CE, UL, BTL

• BACnet qualified by BTL

EFFICIENCY AND SAFETY ON SITE

• ISA/IEC 62443-4-2 Security Level 2 Certified Component supporting cyber security best practice

• Multi-color LEDs to show the operational status of the isolated RS-485 communications, HMI

device, Ethernet connection, and Service state of the controller.

• Built-in advanced diagnostics software facilitating troubleshooting for IP and MS/TP devices.

• Protective end covers to protect the touch flakes.

• Ferroelectric RAM (FRAM) to store the live data for the controller, including storing the last known

values when power is removed.

• UTF-8 and UCS-2 character encoding formats are supported.

• Ubuntu Core OS with snap container based modular software design (Cyber Secure).

• Supports 802.1x network authentication protocol as a Client (supplicant). Requires Niagara

N4.12 or later. Providing an IT standard security authentication method for network access.

• Processor featuring Neural Net Accelerator for future development of low latency AI/ML

algorithms at the Edge.

EASY UPGRADE

• All RS-485 ports support Panel Bus, BACnet™ MS/TP, Modbus RTU, and M-Bus.

• Removable terminal blocks with screw (factory installed) or Push-in terminals.

• Built-in Web server with HTML5 to support graphics.

FEATURES AND HIGHLIGHTS

SIMPLE AND FLEXIBLE

ENGINEERING

• N-ADV-112-H, N-ADV-133-H, N-ADV 134-H controllers have multiple RS-485 ports and Ethernet ports – one isolated

IP port and multiple switched IP ports. Refer to the “Ordering Information” on page 2.

• N-ADV-133-H-BW series controller has three RS-485 ports and four Ethernet ports – one isolated IP port, three

switched IP ports with Bluetooth™, and Wi-Fi communication.

• RJ11 port to connect with an HMI device for field operations.

• Touch flakes to support RS-485 IO module devices.

• The multiple switched IP ports on the 133 & 134 models support both Daisy chain operation and RSTP

(Rapid Span Tree Protocol) which allows a fault tolerant network to be created.

• Built-in RSTP switch (Rapid Span Tree Protocol) allowing loop-free forwarding network topology.

• i.MX 8M Plus, quad Arm® Cortex®-A53 processor, long life industrial grade, Frequency: 1.2 GHz.

• Supports BACnet™/SC configuration within the Niagara Framework®.

• Conforms to BACnet™ Standard ANSI/ASHRAE 135 protocol version 1.15 (ISO 16484-5).

EFFICIENCY AND SAFETY ON SITE

• ISA/IEC 62443-4-2 Security Level 2 Certified Component supporting cyber security best practice

• Multi-color LEDs to show the operational status of the isolated RS-485 communications, HMI

device, Ethernet connection, and Service state of the controller.

• Built-in advanced diagnostics software facilitating troubleshooting for IP and MS/TP devices.

• Protective end covers to protect the touch flakes.

• Ferroelectric RAM (FRAM) to store the live data for the controller, including storing the last known

values when power is removed.

• UTF-8 and UCS-2 character encoding formats are supported.

• Ubuntu Core OS with snap container based modular software design (Cyber Secure).

• Supports 802.1x network authentication protocol as a Client (supplicant). Requires Niagara

N4.12 or later. Providing an IT standard security authentication method for network access.

• Processor featuring Neural Net Accelerator for future development of low latency AI/ML

algorithms at the Edge.

The Advanced controllers are a family of next generation integration & plant controllers incorporating the Niagara

Framework® & powered by an IMX8 64bit quad-core processor. The Advanced controllers are freely programmable

IP devices, with a dedicated suite of IO modules providing extremely flexible control options. Using the power of

Niagara Framework® they provide both Ethernet & Serial integration options and are native profile BACnet™ Building

Controllers (“B-BC”). The Advanced controller is an ISA/IEC 62443-4-2 SL2 Certified Component device ensuring the

device supports cyber security best practice.

The N-ADV-133-H-BWA, N-ADV-133-H-BWE, N-ADV-133-H-BWW, N-ADV-133-H, N-ADV-134-H, and N-ADV

112-H Advanced controllers are designed for a wide variety of complex applications. These devices feature RS-485

ports for BACnet™ MS/TP, Panel Bus, Modbus RTU, M-Bus, and IO module devices, Ethernet ports for BACnet™

IP devices, and a RJ11 port interface for HMI devices. These controllers also have touch flakes to connect with

multiple IOs in series and a USB Type-C interface port to connect with a computer for serial communication. These

controllers can be mounted on either a DIN rail or on the wall in either horizontally or vertically orientations.

ACTUATOR

• Integrated 44 in-lbs. (5 Nm) actuator with 90 sec runtime at 60 Hz  (108 sec at

50 Hz) with analog position feedback.

PRESSURE SENSOR

• Field replaceable differential pressure sensor (± 500 Pa; span accuracy 3 % of reading).

MOBILE APPLICATION

Free to use mobile app for VAV balancing with easy access to the controller via

Bluetooth integrated in the controller.

• Easy pairing without the need to open the ceiling.

• Supports Android and iOS.

• Language support: English, French, Spanish, German, Italian.

• Wireless signal strength indication.

• Password protection

• Supports different types of balancing (min/max, set point).

• Command individual/group of VAVs, e.g., open a group of VAV dampers.

• Provides a report on balancing activities 

ALL-IN-ONE

• Freely programmable in Honeywell Optimizer Workbench.

• Compact design for small enclosures and easy to install on round

and square ducts.

• Color-coded, removable terminal blocks to simplify wiring and replacement.

• Real-time clock, a supercapacitor for 24 hours data retention.

• 24 VAC power supply.

• 20 VDC at 75 mA auxiliary supply for field devices.

• 7 universal inputs/outputs usable as analog voltage/current output

or as a universal/binary input.

• All UI can be used for pulse input. Maximum frequency 100 Hz

Minimum duty cycle (50 % / 50 %) 5 ms ON / 5 ms OFF.

• RJ45 and twisted pair T1L available as IP Ethernet communication standards.

• Possibility to reuse installed wiring as IP (T1L) uses two-core twisted

pair cables with screw terminals.

• Supports fail-safe daisy chains (IP T1L only) over distances of up to 3.281 feet

(1.000 meters) at a standard speed of 10 Mbps, significantly higher than

the standard CAT5/6 distances.

• Five 24 VAC solid state relay outputs with 1.5 A continuous and 3.5 A in-rush

for 0.1 seconds (100 ms) per SSR output.

• Features a non-isolated RS-485 interface for Modbus RTU communication.

Maximum eight Modbus devices.

• Maximum 155 read or write data points for all the Modbus devices per controller.

• Maximum six high-priority registers per controller.

The Honeywell Optimizer VAV controller is a programmable room

controller with an integrated actuator and airflow sensor for VAV

application. These VAV controllers are fully programmable with

universal inputs and outputs, providing configuration flexibility

to achieve a variety of specific applications. Smart engineering

and commissioning tools with Honeywell Optimizer Workbench

and the Honeywell Connect Mobile application for test and 

balance make installation cost-effective. This controller offers

BACnet® IP, BACnet® IP (T1L) or BACnet® MS/TP, SylkTM

bus technology, Modbus RTU RS-485. flexible universal

input/output (UIO) points, and solid-state relays (SSR).

FEATURES AND HIGHLIGHTS

COMMUNICATION

• Supports BACnet® IP, BACnet® IP (T1L) or BACnet® MS/TP

bus for communication.

• BACnet® IP, BACnet® IP (T1L),

BACnet®MS/TP VAV: B-AAC profile

• BACnet® IP and BACnet® IP (T1L) enable fasterdownload,

thereby reducing commissioning time,and increased data

bandwidth for increased data sharing compared to traditional

BACnet® MS/TP communication.

• BACnet® IP and BACnet® IP (T1L) models supports:

• IPv4 addressing

• DHCP and Link Local addressing modes

• Connection speed: 10/100 Mbps (BACnet® IP) and 10 Mbps

(BACnet® IP (T1L).

• MDI T1L ports support polarity detection and correction.

• Modbus RTU RS-485 for integration purposes.

• BACnet® MS/TP Auto baud rate functionality.

• Automatic addressing functionality.

• Sylk™ bus two-wire polarity-insensitive interface connects to

Honeywell Sylk™ wall modules without using physical I/O points.

• Integrated BLE (Bluetooth®).

• Controller migration is supported between BACnet® IP and BACnet®

IP (T1L) VAV in select models.

LYNX controllers are designed to control HVAC equipment.

LYNX controllers provide many options and advanced system

features that allow state-of-the-art commercial building control.

Each LYNX controller is programmable and con-figural using the 

COACH LYNX BAC net controllers require the LYNX BAC net

Programmable Feature to be licensed in COACH LYNX controllers

are designed for use in VAV (Variable Air Volume) and Unitary

HVAC control applications. Each controller contains a host

microcontroller to run the main HVAC application and a second

microcontroller for BAC net MS/TP network communications.

Each controller has flexible, universal inputs for wall modules,

digital inputs, and a mix of analog and digital triac outputs

Features & Benefits:

• Allow state-of-the-art commercial building control.

• To use in VAV (Variable Air Volume) and Unitary HVAC control applications.

• Flexible, universal inputs.