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Features:

• VoIP/SIP interfaces for 32 voice communication channels

• Audio codec support (SIP)

• G.711 A-law /?-law

• G.726 (32kbps – 4 bit ADPCM)

• ETH-LAN interface

• status LEDs

Part-No.: 790D177

Plug-in card for the central unit for administering up to 32 simultaneous voice channels for

DECT end devices via VoIP/SIP interface of the telecom system. The connection of the

PABX-interface card VoIP/SIP and the CPU card of the central unit with the telecom system

takes place via each of one ETH-LAN interface. The plug-in card card is integrated into the

Systevo DECT central unit and processes the communication and control of the voice and

data signals between the connected telecom system and the wireless DECT telephones.

Different performance features, such as “query” or “CLIP” take place via the basic scope of

function defined in the SIP protocol. Compatibility with telecom systems upon request.

Power supply ： via central control unit

Ambient temperature：0 °C … 40 °C

Dimensions：W: 45 mm H: 140 mm D: 200 mm

Accessories:

583486  Patch Cable, 1 m

Healthcare (including operating theaters and isolation spaces)

From Surgical suites, patient rooms, to Intensive Care Units (ICU’s) and Compounding Pharmacy, nowhere is a

comprehensive environment control platform more necessary. The PBC maintains the proper flow control relationship

between all valves, ensuring proper offset control for all spaces while allowing variation in flow for more room state

flexibility. Ventilation flexibility with CSCP easily allows the Hospital facilities to manage ventilation requirements due

to more efficiently to address occupancy, environmental quality, pandemic modes, changing temperature demands, to

even customized control for surgeons and or surgical procedures in the Operating room theaters.

High-Purity Manufacturing Environments

Precision pressure control coupled with high air change rates are critical for high-purity manufacturing, but cost of

operations can impact the bottom line. The Critical Spaces Control Platform helps maintain the desired environment

while offering the flexibility to re-purpose spaces quickly, manage air exchange based on monitoring ISO-class and

environmental quality parameters, reliably and repeatably cascade pressures from space to space without having to

rebalance or create deviations. The PBC’s flexibility in supporting multiple valves, whether high speed or standard

speed, ensures a solution with a wide array of options for demanding spaces.

Healthcare (including operating theaters and isolation spaces)

From Surgical suites, patient rooms, to Intensive Care Units (ICU’s) and Compounding Pharmacy, nowhere is a

comprehensive environment control platform more necessary. The PBC maintains the proper flow control relationship

between all valves, ensuring proper offset control for all spaces while allowing variation in flow for more room state

flexibility. Ventilation flexibility with CSCP easily allows the Hospital facilities to manage ventilation requirements due

to more efficiently to address occupancy, environmental quality, pandemic modes, changing temperature demands, to

even customized control for surgeons and or surgical procedures in the Operating room theaters.

APPLICATIONS

Research Environments with High Speed VAV Fume Hoods

As part of the Critical Spaces Control Platform (CSCP), the PBC functions as the zone controller managing offset

control, temperature and humidity control, occupancy control, emergency control, and has additional programmable

logic control. Where fume hood containment and rapid airflow control really count, the PBC can manage the demands

of laboratory spaces with up to 20 high-speed valves, and 10 fume hoods monitors in one zone. Multiple temperature

zones, built-in diversity, and usage based controls can all assist in saving energy. Zone balance and offset control

managed with a one-second response speed of response, and several emergency control modes can be programmed for

flexible room sequencing. Bluetooth connection to the Phoenix Controls Flow Manager app allows support for viewing

alarms, monitoring space conditions, and making setpoint changes. The Flow Manager app is available for Android and

iOS. For more information on the Flow Manager App, see the Flow Manager App Datasheet (MKT-0518).

Life Sciences / Vivariums

Zone balance, comfort control and air change rate diversity for general research spaces are key, as well as maintaining

more natural, lower stress environments for research animals. The Critical Spaces Control Platform can manage a

uniquely broad diversity of demands within a single facility. Each PBC manages up to four standard speed venturi valves

which will support low up-front install cost without compromising controllability. Zone balance, offset control,

switching polarity of spaces (Positive to Negative or vice versa), Temperature control, Humidity control, and other

sequencing can all be accomplished with one PBC.

Programmable BACnet® Controllers (PBCs) provide

flexible, freely programmable, demand-led control

delivering tangible benefits that improve safety, reduce

energy spending, and add new levels of functionality to

today’s building management systems.

The PBC can be mounted on a Phoenix Controls Venturi

valve or in a control panel and serves as the zone controller

for offset control, comfort control, emergency control,

dynamic pressurization control, and additional

programmability that might be needed in a zone.

The PBC can also be used as a standalone control device

where additional IO and control functions are needed.

FEATURES

• BACnet® MS/TP support.

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

• Easy to install into cabinet, on DIN rail, or surface mount.

• Support of standard BMS protocols offering an open system for interconnectivity.

• LED status indicators:

• Small LEDs – green for communication signal transmission or reception.

• Large LEDs – Device status (Green, Yellow, Red).

• Niagara-based Function Block library and sample applications.

• Power failure detection and data recovery.

PRODUCT DESCRIPTION

The PUB and PVB controllers are part of the Spyder family.

These controllers are BACnet MS/TP network devices

designed to control HVAC equipment. These controllers

provide many options and advanced system features that

allow state-of-the-art commercial building control. Each

controller is programmable and configurable through 

software.

The Spyder BACnet controllers require the Spyder BACnet

Programmable Feature to be licensed in the WEBpro

workbench tool and the WEBS AX JACE Controller for

programming and downloading. The Spyder BACnet

Models are also available as Individually Licensed

Controllers (ILC). The ILC versions are identical in design

and capability in every detail except for the licensing. The

Individual Licensing of the Spyder ILCs (the License is

built in) allows them to be programmed and downloaded

with any brand of the Niagara Workbench or JACE

controller. The Spyder ILCs are identified with a suffix on

the Part Number of -ILC. Example: PUB6438S-ILC follows

all the same Installation Instructions information as the

PUB6438S.

These controllers are for use in VAV (Variable Air Volume),

Unitary and advanced HVAC control applications. Each

controller has flexible, universal inputs for external

sensors, digital inputs, and a combination of analog and

digital Triac outputs. All the models are described in Table

1. The photo to the left is the model PVB6436AS, which

includes the actuator.

Key Features and Benefits

• Bi-directional sensing capability: Allows use in applications where bidirectional

flow is present

• Highly stable null and full-scale: Does not require recalibration in most applications

• Low pressure drop: Provides improved system performance

• Compact package design: Occupies less space in the customer’s enclosure,

potentially reducing production costs; enclosure size may also be reduced for easier

fit into space constrained applications

• Low hysteresis and repeatability errors (less than 0.35% of reading): Provides

improved overall system accuracy

• Fast response time (1 ms typical): Captures full flow event

• Low power consumption (50 mW max,): Allows for use inportable devices and

battery-powered applications Potential Applications MedICAL

• Continuous Positive Airway Pressure (CPAP) equipment

• Sleep apnea monitors

• Oxygen conservers

• Oxygen concentrators

• Nebulizers

• Spirometers

INdUSTRIAL

• Variable Air Volume (VAV) damper control

• Clogged filter detection

• Fuel to air ratio sensing

• Leak detection equipment

Airflow Sensors

AWM90000 Series microbridge mass airflow sensors are available in two versions,

mass flow and differential pressure. The AWM92100V has a flow range of ±200

SCCM with a pressure drop of only 0.49 mbar | 49 Pa | 0.007 psi, typically.

The AWM92200V is a differential pressure version that has a range of ±2 inH2O.

The AWM90000 Series sensors have a 1 ms response time, operate with a supply

voltage from 8.0 Vdc to 15.0 Vdc, while consuming only 50 mW of power.

The compact plastic package will withstand a maximum overpressure of 1720

mbar | 72 kPa | 25 psi without compromising performance. The sensor is well

suited for use in portable devices and battery powered applications.

The AWM90000 Series provides customers with a combination of time-proven

reliability, repeatable flow sensing, and the ability to customize the sensor

functions to meet their specific application needs.

Customizable flow ranges and configurable package styles meet specific end-user

needs. Full calibration and temperature compensation typically allow customer

to remove additional components associated with signal conditioning from the PCB,

reducing PCB size as well as costs often associated with those components (e.g.,

acquisition, inventory, assembly). High sensitivity at very low flows provides for

faster response time at the onset or cessation of flow. Linear output provides

a more intuitive sensor signal than the raw output of basic airflow sensors,

which can help reduce production costs, design, and implementation time. High

stability reduces errors due to thermal effects and null shift to provide accurate

readings over time, often eliminating need for system calibration after PCB

mount and periodically over time. Low pressure drop typically improves patient

comfort in medical applications, and reduces noise and system wear on other

components such as motors and pumps. High 12-bit resolution (digital) increases

ability to sense small airflow changes, allowing customers to more precisely control

their application; 0.039 %FS resolution (analog) increases ability to sense small

airflow changes, allowing customers to more precisely control their application.

FEATURES

HonEywEll ZEpHyR™ AiRFlow SEnSoRS

HAF Series-High Accuracy.

±50 SCCM to ±750 SCCM

Features: Total Error Band (TEB) as low as±0.25 %FSS • Fast response time

• Wide range of airflows • Customizable flow ranges and configurable package

styles • Full calibration and temperature compensation • High sensitivity at very

low flows • Linear output • High stability • Low pressure drop • High 12-bit

resolution (digital), 0.039 %FS resolution (analog) • Low 3.3 Vdc operating

voltage • ASIC-based I2C output compatibility (digital)

• Insensitivity to mounting orientation • Insensitivity to altitude • Small size

• RoHS-compliant materials 

Benefits: Total Error Band (TEB) as low as ±0.25 %FSS allows for precise airflow

measurement, often ideal for demanding applications with high accuracy

requirements. Fast response time allows a customer’s application to respond

quickly to airflow change, important in critical medical (e.g., anesthesia) and

industrial (e.g., fume hood) applications. Measures mass flow at standard flow

ranges of ±50. ±100. ±200. ±400 or ±750 SCCM, or custom flow ranges,

increasing the options for integrating the sensor into the application.