Excel 50

CONTROLLER
HONEYWELL EXCEL 5000 OPEN SYSTEM

SPECIFICATION DATA

FEATURES
Various state-of-the-art communication options: Open LONW ORKS bus or C-bus communication; modem or ISDN terminal adapter at up to 38.4 Kbaud; wireless communication via GSM; dial-up through TCP/IP networks Unique features in open LONWORKS networks: NVBooster reduces the number of required NVs and thus also the number of required controllers; NV bindings can be restored after controller reset (and thus need not be redone after exchanging controllers); 46 NVs supported for LONW ORKS integration Reduced engineering and start-up costs: Huge variety of pre-tested and fully documented applications, configured with the PC-based Lizard application selector Easy and flexible installation: Screw terminals; mounting inside cabinet (DIN rail) or in cabinet front door Hardware / software options: With or without: XI582AH operator interface; Excel Online (formerly XI584) operator and service software; MMI (for buswide access to other controllers)

GENERAL

The Excel 50 controller has built-in communication capability, allowing it to be integrated into a Honeywell EXCEL 5000 System or into an open LonWorks network communicating rd with Excel 10 controllers as room/zone controllers or with 3 party products. It can also serve as a standalone controller. Typical areas of application include heating systems, district heating systems, and air conditioning plants for restaurants, shops, offices, and small branch government buildings. The Excel 50 supports standard LonMark Network Variables according to the LonMark Interoperability Guidelines V.3.0. It can serve 22 integrated I/Os and supports peer-topeer communication; thus, in the case of larger-scale applications, several different controllers can be linked and accessed. The system firmware is stored in EPROM or Flash EPROM, located in the application module (a separate module plugged into the controller housing). Flash EPROM allows easy upgrading of the operating system via download. The Excel 50 is available either as a configurable controller with a separate application module for each group of applications (XD50FL-AH03-EN, XD50FCL-HT02-GE, etc.). In this case, a specific application is chosen using the Lizard application selector and then entered as a code number via the MMI or an external interface. The number of LONMARK NVs (typically about 60) is determined by the chosen application; or as a freely programmable controller with an application module, engineered using Honeywell's CARE programming tool, and a maximum of 46 LONMARK NVs.

DESCRIPTION

The Excel 50 controller is available in two housing versions, one with and one without a Man-Machine-Interface (MMI). The MMI version allows buswide access to other controllers. The XI582AH operator interface or the PC-based XI584 operator and service software can be used in conjunction with either version. The housing can be mounted inside a cabinet on a DIN-rail or in a cabinet front door. The Excel 50 has eight analog inputs, four analog outputs, four digital inputs (three of which can be used as totalizers), and six digital outputs. The digital outputs allow the direct drive of 3-position actuators (up to the max. load). The controller can be wired either with screw terminal blocks directly at the housing). Pre-wiring is possible in both cases, and a controller can be replaced without rewiring. The Excel 50 is available in two standalone versions (with or without EPROM) or with different application modules and bus interfaces (see Table 1). Large RAMs provide for increased trending capability. A modem or ISDN terminal adapter can be connected to the serial port of all models equipped with Flash EPROM to allow remote access at up to 38.4 Kbaud. Connection to a Siemens M20 terminal permits wireless communication via GSM. All changeable parts or switches are accessible without opening the housing. Communication capabilities and memory are easily upgraded by replacing application modules.

U.S. Registered Trademark Copyright 2006 Honeywell Inc. All Rights Reserved

EN0B-0088GE51 R0606

EXCEL 50 CONTROLLER

SPECIFICATIONS

Versions
Housing XL50-MMI (with Man-Machine Interface); XL50 (without MMI). Application Modules The application modules are available with configurable applications. Flash EPROM versions can be upgraded by direct firmware download via serial port or C-Bus. Contact your local Honeywell affiliate for more information on the available applications. Table 1. Module versions module description XD50B-F same as XD50-F, plus: Chinese XD50B-F-TW same as XD50-F, plus: Taiwanese XD50B-FC same as XD50-FC XD50B-FL same as XD50-FL XD50B-FCL same as XD50-FCL, plus: Chinese XD50B-FCL-TW same as XD50- FCL, plus: Taiwanese 1 XD50-E standalone 2 XD50-F standalone 2 XD50-FC C-Bus 2 XD50-FCS C-Bus/Meter-Bus 2 XD50-FL LONW ORKS BUS 2 XD50-FCL C-Bus/LONW ORKS BUS XD50-FLS LONW ORKS /Meter-Bus 3 XD52-FC C-Bus 3 XD52-FCS C-Bus / Meter-Bus KB EPROM (boot); 128 KB RAM; 512 KB EPROM (firmware and application) 2 64-KB EPROM (boot); 256 KB RAM; 1 MB Flash EPROM (firmware and application) KB EPROM (boot); 640 KB RAM; 1 MB Flash EPROM (firmware and application) Mounting Options Front door mounted with sealing ring. Cabinet mounted on DIN-rail (rail clips shipped with device). I/O Terminal Connection Screw terminal blocks directly attached to housing.
All inputs and outputs protected against overvoltage up to 24 Vac and 35 Vdc. Digital outputs protected against short circuits via a changeable fuse (built-in fuse, 5 x 20 mm, 4 A quickblow).
Man-Machine-Interface (Optional)
Keypad Eight function keys, four fast-access keys. Display LCD, four lines, 16 characters per line, adjustable contrast, backlight.

Bus and Port Connections

C-Bus Connection Optional; located on application module. Up to 76.8 Kbaud, switch provided for selectable termination. LONWORKS Bus Connection Optional; located on application module. 78 Kbaud, FTT-10A Free Topology Transceiver, using LonTalk protocol. Controller Serial Port Connection 9-pin Sub-D connector, RS 232, 9.6 Kbaud for XI582AH XI584, or with Flash EPROM versions up to 38.4 Kbaud for modem/ISDN terminal adapter connection. Meter-Bus Connection Optional; located on application module. RS232 serial link with RJ45 connector (PW3 Meter-Bus adapter also required). I/O Connectors I/O Connector A: 26-pin port, digital outputs and power. I/O Connector B: 34-pin port, analog and digital inputs, analog outputs.

Power Supply

Voltage 24 Vac, 20 %, 50/60 Hz from external transformer. Current 3 A (2 A if digital output current 1.5 A). In case of power failure, the super gold capacitor saves RAM content and realtime clock for 72 hours (thus, no problems disposing of dead batteries). Power Consumption Max. 10 VA without load at digital outputs.

Input/Output Specifications
eight analog inputs (universal) Voltage:

characteristics

0.10 V (software-controlled switches for high impedance) Current: 0.20 mA (via external 499 resistor) Resolution: 10-bit Sensor: NTC 20k, -58.+302 (-50.150 F C) Voltage: max. 24 Vdc ( 2.5 V = logical status of 0, 5 V = logical status of 1), 0.0.4 Hz (0.15 Hz for three of four inputs when used as totalizer, 4th input only for static parameter requirements) Voltage: 0.10 V, max. 11 V, 1 mA Resolution: 8-bit Relay: via MCE3 or MCD3 Voltage: 24 Vac per triac Current: max. 0.8 A, 2.4 A for all six triacs together

Environmental Ratings

Operating temperature: Storage temperature: Relative humidity: 0.50 (32 to 122 C F) -20.+70 (-4 to 158 C F) 5.93% non-condensing

four digital inputs

Protection Standards
IP54 (when front-door mounted with MMI in a cabinet conforming to IP54 and use of ACC3 mounting clamps and sealing ring). IP30 (when cabinet-mounted: both with and without MMI). UL94-0: Flame-retardant class of housing material.
4 analog outputs (universal) six digital outputs

Certifications

CE UL 916 and cUL Meets FCC Part 15, Subpart J for Class A equipment.

Terminal Blocks

Application Module
Firmware Four versions for the different communication options, downloadable via the PC-based XI584 operator and service software or C-Bus (not standalone version with EPROM). Housing Plug-in plastic module, fixed with screws.
port for application module

port A

port B
Application Module LEDs and Ports
LonWorks service button POWER, GREEN LonWorks service LED, RED M-BUS TxD, YELLOW M-BUS RxD, YELLOW RESERVED

fuse (4 A, quick-acting)

hardware adjustment reset for LCD

serial port

block A block B

XD50-FLS

METER BUS (RJ45 JACK)
Fig. 2. Removable screw terminal blocks

A1 A2 not used

LonWorks BUS

24 Vac 24 Vac

Block A
LonWorks service button POWER, GREEN LonWorks service LED, RED C-BUS TxD, YELLOW C-BUS RxD, YELLOW RESERVED

{ { { { { {

DO1 DO2 DO3 DO4 DO5 DO6

Block B

GND AGND

XD50B-FCL

C-BUS TERMINATION SWITCH

TOP MIDDLE BOTTOM

SHIELD C+ C-
Fig. 1. Application modules (examples)
{ { { { { { { { { { { { { { { { {
AO1 AO2 AO3 AO4 DI1 DI2 DI3 DI4 AI1 AI2 AI3 AI4 AI5 AI6 AI7 AI8 +10 V / 5 mA REF. DI-POWER

Fig. 3. Terminal assignment of screw terminal blocks

Dimensions

106 34

cut-out: 186

cut-out: 138
DIN rail clip position for models without MMI

97 126

DIN rail clip position for models with MMI
Manufactured for and on behalf of the Environmental and Combustion Controls Division of Honeywell Technologies Srl, Ecublens, Route du Bois 37, Switzerland by its Authorized Representative:
Automation and Control Solutions Honeywell GmbH Bblinger Strae 17 D-71101 Schnaich Germany http://europe.hbc.honeywell.com EN0B-0088GE51 R0606 printed in Germany Subject to change without notice

HONEYWELL Home and Building Control
User Guide for installation of M-Bus applications with XL50-FCS
PVCS Keywords $Revision:: $Date::

1.Jun 1999 17:08:28

User Guide

Mbus Installation

23.Nov.2000
Mbus Meter Devices readout values
The following list describes the values which can be read from the implemented meter devices in different counter modes (if applicable). SVM 840 raab Kamstrup Siemens Siemens Schlumbe Schlumbe Landis & techem karcher Multical 3 delta-tech 2WR4 2WR4 rger rger Staefa Sensonic Kompakt CF50 CF50 Sonogyr and Split WSD supported 300 Baudrates Mode 1 normal fast normal reference day Energy X X X X X X X X Volume X X X X X X X X Power X X X X X X X Flow X X X X X X X X Forward X X X X X X X X Temp Return X X X X X X X X Temp Temp X X X X X Diff. Energy at X X X X X Reference Day Reference X Day Zenner DZG Elektro X Relay PadPuls M1C Relay PadPuls M4L 300 2400

supported 2400 Baudrates

Mode 1 Energy X X 2) X 2) Volume X X 2) X 2) Power X Flow X Forward X Temp Return X Temp Temp X Diff. Energy at X 1) X 3) Reference Day Reference X 1) X Day 1) Storage Number 8 2) PadPuls must be configured, only one value can be counted 3) Energy or Volume at reference day depending on PadPuls configuration
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Power supply of PW3 and PW20/PW60
XL50 and PW3 can be connected to the same transformer. However the PW3 must be connected in the right way, even both devices are supplied with AC current. Connect V- of PW3 with connector 1 at XL50 power supply and V+ of PW3 with connector 2 at XL50 power supply. If you exchange the AC lines the transformer fuse may burn off when you connect the PW3 and XL50 with the Mbus cable XW586. For PW20/PW60 a seperate power supply is recommended.
Miscellaneous Information for running the Mbus
Some specialities of M-bus counter specials In mode 1 value changes take place only every 15 min. Also a change to mode 2 takes place after 0. 15 min. Jumper beside M-Bus connector should not be set (for variable data format) displays zero power (0 kWh) at low flows or low temperture differences (some threshold) Supports only 300 Baud. Battery driven meters are restricted to be read out once a day (on month basis: that means you can read out values about 30 times and then readout is disabled for 30 days). The readout lock is configurable with the Landis tool. Storage number of reference day is 8 instead 1.
Meterbus Device Siemens 2WR4 Pollustat Schlumberger CF50 Landis & Staefa

Zenner

Notes for XL 50 controller shortest pollcycle is 4 Sec. Depending on the Mbus device the value changes may be delayed reported on the Mbus. Low flow values (< 0,05 m/h) are rounded to 0 because the lowest engineering unit in XL50 is 0,1 m/h
Pollcycle XL50 Value range

HONEYWELL AG

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xl50_mbus.doc