Honeywell INNCOM B578 Bedienungsanleitung

INNCOM B578 Datasheet

Overview

INNCOM’s multifunctional controller works in three configurations to facilitate different

Integrated Room Automation System (IRAS) operations:

As the B578S Edge Router, it networks Ethernet to INNCOM’s Deep Mesh RF

network. It provides backhaul networks with up to 200

rooms per PAN ID. It

supports multiple IP protocols (UDP, ICMP). The expanded addressing facilitates

transport reliability and multicasting. The Edge Router enhances security and

offers RF-to-Ethernet protocol conversion, with the availability of a PoE power supply for Power over Ethernet

applications.

As the B578N, the Edge Router interfaces with the Tridium Niagara JACE (Java Application Control Engine)

controller to provide connectivity to numerous common network protocols such as LonWorks and BACNet, as

well as proprietary networks.

As the PC-803, the device acts as a protocol converter, converting in-room RF traffic to Ethernet towards the

server.

Note: The device will generally be referred to as the “B578” throughout this

document. Statements specific to a particular configuration will be noted

accordingly.

Features

Supports CBL32 control algorithms

RS485 System Interface dongle

10MBit Ethernet

Available in PoE and +12VDC powered models

128 bit AES encryption (Ethernet link and RF network)

Typical indoor RF range up to 100ft

Supports 2.4Ghz IEEE 802.15.4 compliant RF transceiver

Supports S5bus (through external adapter)

Compact physical dimension

DIN rail mounting option (Figure 1)

Wall or ceiling mount on standard 2-gang ring (Figure 2)

Supports up to 200 rooms depending on the guestroom application deployed and the selected RF environment

at the site.

4 kBytes mailbox memory usable as a relay-buffer for battery operated devices (Edge Router)

IPv6 support (Edge Router)

The 200 device limit is based on timing considerations used by the communication protocols of a Deep Mesh network. Local RF interference

sources, conditions, and device placement can decrease this number.

Figure 2 B578 Wall/Ceiling Mountable

Figure 1 B578 DIN

Specifications

Parameter

B578

RF Data Rate

250kbps

Indoor/Urban RF range

100ft

RF Transmit Power

50mW (+17dBm)

RF Receive Sensitivity

-97.7dBm

Frequency Band

2.4Ghz

Encryption

AES-128

Protocol

802.15.4

Frequency Channels

11–26

Network Topology

Mesh

Maximum devices per IP network segment

50 B578 PAN coordinators; 2000 PC-803 room gateways; 200 Edge Routers

Maximum devices per RF mesh network

Up to 200 (depending on application profile and site situation)

Maximum in-room devices per room

Up to 50

Supply Voltage

12VDC

Current Consumption

200mA peak, 100mA RMS

Operating Ambient Temperature

0–40 °C

Dimensions

86mm x 78mm x 40mm (DIN rail mount); 20.65mm x 22.25mm (wall mount)

Agency Approvals

FCC Part 15, CE Mark ETSI, RoHS

This device contains FCC ID: GTC201104TXR.

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This

device may not cause harmful interference, and (2) this device must accept any interference received, including

interference that may cause undesired operation.

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part

15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a

residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not

installed and used in accordance with the instructions, may cause harmful interference to radio communications.

However, there is no guarantee that interference will not occur in a particular installation. If this equipment does

cause harmful interference to radio or television reception, which can be determined by turning the equipment off

and on, the user is encouraged to try to correct the interference by one of the following measures:

Reorient or relocate the receiving antenna.

Increase the separation between the equipment and receiver.

Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

Consult the dealer or an experienced radio/TV technician for help. Modifications not expressly approved by

INNCOM International Inc. could void the user’s authority to operate the equipment.

Mounting Considerations

The B578 Network Controllers are designed for mounting in a variety of applications. The bottom housing is

equipped with a channel and tab for DIN rail mounting and therefore does not require any additional screws or

hardware for installation. For screw-mounted applications, there are 4 countersunk holes located in the bottom

housing that can be accessed by removing the top cover and Printed Circuit Board Assembly (PCBA).

Figure 3 B578 Network

The B578 can be attached to an X-type DIN rail. To attach the B578 to a DIN rail, pull the tab (Figure 3) down and

attach the bottom of the housing to the DIN rail (always mount the DIN rail with the tab at the bottom). Once the unit is

sitting flush on the rail,release the tab. To remove the B578 from the DIN rail, pull the tab down and lift the bottom edge

of the unit off the DIN rail first. This ensures that the cable, cable channels, and connections are always aligned in the

correct orientation in a daisy-chained application.

Please note that the above picture is from the INNCOM QC lab. In field deployment, B578s will typicallybe distributed

throughout the building.

Figure 2 DIN Rail Mounting

Figure 4 Top Housing Removal

To gain access to headers and connectors located on the PCBA, remove the B578 from the DIN rail or NEMA box

enclosure. Using a flat screw driver, lift the top housing away from the snap tangs on the bottom housing.

Figure 5 Mounting Screw Locations

To screw mount the B578, open the B578 as described above and remove the PCBA, which is held in place by 4

tangs located at its perimeter. Once the PCBA is removed

locate the 4 countersink posts

mount the bottom housing to the intended fixture using a self-tapping screw

mount the PCBA back on to the bottom housing

make the necessary wire connections (see Headers and Connectors below)

connect power to the DC jack

plug in Ethernet connection

snap the top housing back onto the unit

The Edge Router design mounts externally on a wall or ceiling or even on furnishings, if need be.

Input/Output Connections

Headers: The B578 contains the following headers:

H1: In Circuit Programming Header

J1: DC Jack 12VDC Input

M1: PoE Module header (02-9949)

H2: NU

H3: ES1 / ES2 header

H4: RS485 (203-251)

H5: RS485 (203-251)

Note: RS485 connectivity is not supported: these headers may be used to connect to an S5bus adapter

(203-255).

Output Function

The following table describes the function of the indicator LEDs on the B578 PCBA.

LED

Function

Red

Flash on power-up to indicate proper hardware initialization.

Steady on to indicate no connectivity to B573 floor bridge.

Flashes fast to indicate a valid CIS connection.

Flashes slow to indicate 75 seconds have passed with no packets from the CIS network.

Blue

Toggles when RF Rx tunnel packet is received

Power Supplies

The B578 provides power supply options for three specific applications. For each configuration, follow the current

consumption ratings below to determine the device’s power budget.

Mode

Peak Current Consumption

B578 logic board (basic)

200mA peak, 100mA RMS

PC-803 logic board w/ 0dB radio

120mA

PC-803 logic board w/ 20dB radio

175mA

PC-803 logic board w/ IR5 eye

200mA

Locally powered B578

The B578 can be powered directly with an external +12VDC power supply using the DC jack (J1). Typically, the

INNCOM 204-005 power supply and 262-301 100-120VAC power cable are provided for the B578 in this power

configuration.

PoE Powered B578

The B578 is an IEEE 802.3af compliant Powered Device (PD) interface with a current mode switching regulator,

providing a complete power solution for PD applications. The B578 is an IEEE class 2 device. PoE devices are

classified below:

IEEE Class

Minimum Power Output at the PSE

Maximum power Input at the Powered Device

15.4W

0.44 to 12.95W

4.0W

0.44 to 3.84W

7.0W

3.84 to 6.49W

15.4W

6.49 to 12.95W

Powering another INNCOM device on the +12VDC rail directly from H2 or H3 when powering the B578 from PoE

is not recommended. If the B578 exceeds its IEEE 802.3af class-2 power rating (i.e., draws more than 7W), the

PSE switch in the network will shut down the power and Ethernet connectivity to the B578.

For B578 to support PoE power, order the PoE module (02-9949). Connect the module to M1 on the B578 logic

board, then connect the PoE-powered Ethernet patch cable to J3 (RJ45) and power up the unit.

FCC Statement

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions (1) this

device may not cause harmful interference, and (2) this device must accept any interference received, including

interference that may cause undesired operation.

IC Statement

This Class B Digital Apparatus complies with Candian ICES-003

Cet apparel numerique de la classes B est conforme a la norme NMB-o003 du Canada.

Ordering Information

The B57x is available in several operating ranges all based on the same fundamental hardware platform. The

ordering part numbers (OPN) are formed by a combination of the elements, as shown below.

Model=

Power Supply=

Configuration =

201-104- POE - B578N B0-

Housing Configuration

Example: 201-104-POE-B578S-B0: B578 with PoE power supply, configured as a Deep Mesh RF Edge Router

in a surface mount housing configuration.

Example: 201-104-P12-B578N-A0: B578 with a +12VDC power supply configured as a Deep Mesh RF Edge

Router and Tridium Niagara Interface, in a DIN rail housing configuration.

Example: 201-104-P12-PC-803S-A0: PC-803 with a +12VDC power supply configured as a PC-803 room

gateway used for Ethernet to S5bus protocol conversion in a DIN rail housing configuration.

SAP VC Configuration Material Name

When entering the model number in SAP, use the following description:

Name

Description

B578_Controller

B57x Platform

Root Part Number

This character set defines the model name for the B57x Platform Controller.

OP/N Code

Description

201-104

B57x Platform

Power Supply Option

This character set defines the power supply options available for the B57x platform.

OP/N Code

Power Supply Type

Part Number

P00

No Power Supply

POE

Power over Ethernet

02-9499

P12

External inline power supply with AC cable

204-005 / 262-301

Configuration Option

This character set defines the software configuration of B57x.

OP/N Code

Logic Board Type

Part Number

PC-803

(4G) Ethernet to RF protocol converter

B578S

Deep Mesh RF Edge Router

B578N

Deep Mesh RF Edge Router with Niagara Interface

Housing Configuration Option

This character set defines the software configuration of B57x.

B57x Din Rail Housings A0

B57x Surface Mount Housings B0

OP/N Code

Logic Board Type

Part Number

DIN Rail Mounted Housings

See “Individual Components” chapter

Surface Mounted Housings

See “Individual Components” chapter

Base Models

The base model is used as the baseline configuration from which to build the variant configuration options and

models.

Name

Description

201-104-P00-B578S-B0

Base Model in a surface mount configuration.

Individual Components

Below are a set of components such as housings, PCBA’s and harnesses which can be ordered or added for final

configuration.

OP/N Code

Description

202-104

PC-803, B578S, B578N logic board PCBA

02-9949

PC-803, B578S, B578N PoE power supply PCBA

204-005

Meanwell GS15A 100-240VAC, +12VDC 15W SMPS

262-301

AC Power Cable (used with 204-005)

53-8083

B57x DIN rail latch

53-9918

B57x DIN rail bottom housing

53-8292

B57x DIN rail top housing

253-532

B57x Surface mount bottom housing

253-533

B57x Surface mount top housing

04-8047.7B

7’ black CAT5E patch cable

62-2035

3 pin cable, 300mm

241-018 x 4

FASTENER SCREW 6x1.25 OVAL PHILIPS

Document Revision History

Revision

Date Issued

Reason

0.1

12-Apr-2014

FCC for B578

0.2

23-Apr-2014

Formatted

0.3

03-Jun-2014

Input from “NPI: CBL32 Dimmer

andController Platform Updates”

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