Honeywell ST 3000 DE Meter User’s Manual 34-ST-25-07A 4/95Copyright, Notices, and Trademarks Printed in U.S.A. - © Copyright 1995 by Honeywell Inc. Revision 03 — April 6, 1995 While this information is presented in good faith and believed to be accurate, Honeywell disciaims the implied warranties of merchantability and fitness for 2 particular purpose and makes no express warranties except as may be stated in ts writen agreement with and for its customer. In no event is Honeywell liable to anyone for any indirect, special or consequential damages. The information and specifications in this document are subject to change without notice. ‘This document was prepared using Information Mapping® methodologies and ‘formatting principles. tnformation Mapping is a trademark of Information Mapping Inc. Honeywell Industrial Automation and Control ‘Automation College 2820 West Kelton Lane Phoenix, Arizona 85023 ‘ST 3000 DE Meter User's Manual 4/95About This Publication ‘The ST 3000 DE Meter User’s Manual provides a description of the DE Meter and installation and operation procedures for both integrally and remotely mounted meters. This publication is intended to supplement the given transmitter documentation. 4195) ‘ST 3000 DE Meter Users Marual‘ST 3000 DE Meter User's Manual 4195Table of Contents SECTION 1 ~ ST 3000 DE METER.. Ww OVERVIEW. eee 1 SECTION 2 - DESCRIPTION. a4 Function and Design... SECTION 3 - INSTALLATION. 34 Integral Mounting in Series 100/600 ST 3000. 32 Integral Mounting in STT 3000. 33 Remote Mounting in Separate Housing. 34 Conduit Connections...n.. SECTION 4 - OPERATION... 44 Startup. ‘SECTION 5 ~ REFERENCE DATA.. 54 Specitications. 52 Reference Drawings. 4/95 ‘ST 3000 DE Meter User's ManualFigures and Tables Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Table 1 Table 2 Table 3 Table 4 Table 5 Table 6 DE Meter has 25-Segment Bargraph, Digital Readout, and Set of Status Messages. ‘Wiring Connections for DE Meter in Series 100/600 ST 3000. Wiring Connections for DE Meter in STT 3000 Wiring Connections for DE Meter in Remote Hcusing... ‘Typical Conduit Connections. ‘Selt-Test Lights All Display Segments for Visual Check. Sntoow Status Messages for Detectable Loop Conditions. Installing DE Meter in Series 100/600 ST 3000 Installing DE Meter in STT 3000, Installing DE Meter in Remote Housing. ‘Summary of Typical DE Meter indications. DE Meter Specifications .. arovan ‘ST 3000 DE Meter Users ManualReferences Publication Publication Tile Number ‘ST 3000 Smart Transmiter and SFC Smart Field Communicator 34-ST-32-02 User's Manual ‘STT 3000 Smart Temperature Transmitter 34-ST-25-06 User's Manual 4195 ‘ST 3000 DE Meter User's Mansal sVili ‘ST 3000 DE Meter User's Manual 4195Section 1 —- ST 3000 DE Meter 1 Overview Purpose of this manual Reader assumptions How to use this manual In this manual This manual describes how to install and operate an ST 3000 DE Meter with given Honeywell Smartine Transmitters operating in the Digital (DE) ‘Communications Mode. ‘We assume that you are somewhat familiar with your Honeywell Smariline ‘Transmitter. If you are not, we recommend that you have the instruction ‘manual for your transmitter on hand when you install the ST 3000 DE Meter. If you have installed and used the ST 3000 DE Meter before, just skim the ata to find the pertinent installation procedure. If this is your first ST 3000 DE Meter installation, we recommend that you read this manual before you install the DE Meter. ‘These main topics are covered in this manual, | Topic ‘See Page |2.1. Function and Design | 3 | 3.4__ Integral Mounting in Series 100/600 ST 3000 Ls | 3.2 _Integral Mounting in STT 3000 7 | (3.3. Remote Mounting in Separate Housing [3 | [3.4 Conduit Connections [wz | 4.1 Startup 5.1 Specifications | [5.2 _ Reference Drawings [16 | 4/95 ‘$1 3000 DE Meter User's Manual 1‘$1 3000 DE Meter User's Manual 4195Section 2- Description 21 Function and Design ‘Summary Designed for use with Honeywell smart transmitters operating in the Digital (DE) Communications Mode, the ST 3000 DE Meter provides convenient, easy-to-read transmitter output and loop status indications on its liquid- crystal display. The DE Meter can be integrally mounted in + an ST 3000 Series 100 transmitter, + an ST 3000 Series 600 transmitter, + an STT 3000 transmitter, or itcan be remotely mounted in a separate housing. Figure 1 DE Meter has 25-Segment Bargraph, Digital Readout, and Set of Status Messages [— 25-Segment Bargraph Digital Readout (Oto 100%) (199.9 to 199.9%) | | QUTPUTMODE NODATA -LASTKNOWNVALUE | | LOOPORMETERFAULT BADXMTRSTATUS | | E Status Messages oe (See Table 1) Continued on nex page 4195 ‘ST 3000 DE Meter Users Manual 321 Function and Design, continued Description ‘Status messages description | ‘As shown in Figure 1, the DE Meter display features a 25-segment bargraph, a digital readout, and a set of status messages. + The 25-segment bargraph gives a gross indication of transmitter output from 0 to 100% that can be viewed from up to 30 feet away. + The digital readout, a complement to the bargraph indication, gives a precise indication of transmitter output from ~199.9 to +199.9% that can be read from up to 10 feet away. + Status messages serve as online diagnostics for various detectable loop Conditions. Refer to Table 1 for a list of the messages and the detectable loop conditions they represent. Note thet the bargraph and digital readout flash while a status message is displayed. + When a transmitter is in the square root mode, the DE Meter still displays the transmitter output from 0 to 100%. The DE Meter has no square root mode or flow indicator display. ‘Table 1 lists the detectable status messages and what they mean. Table 1 Status Messages for Detectable Loop Conditions If Status Message is... ‘THEN it means. | XMTR IN OUTPUT MODE ‘Transmitter is in Output Mode and it is not sending a PV signal. BAD XMTR STATUS. METER FAULT ‘Transmitter is in Failsafe Mode because it has detected an open | | input (STT 3000) or an intemel problem. PV signal value matches transmitter “Burnout High” or “Burnout Low” configuration | selection. | An internal DE Meter self-check has failed. | [Foor OF METER FAULT T'A oop problem or a problem within the OE Meter has stopped or | LAST KNOWN VALUE | NODATA corrupted communication data | Bargraph and digital readout indication do not represent the present transmitter output vaiue. Instead, the indications equal the last output value sent prior to receipt of a Giagnostic. This message appears when there is any problem with ‘communication. No data is available. Either the reoeived data was unusable or ‘more than 1.4 seconds elapsed without any data being received. NO DATA-LASTKNOWN VALUE | Typical combination of the two previous conditions. ‘ST 3000 DE Meter User's Manual 4/95Section 3 — Installation 3.1 Integral Mounting in Series 100/600 ST 3000 Background Getting started Procedure ‘You can mount the DE Meter with fan style bargraph as an integral meter in the electronics housing of the Series 190/600 ST 3000 Transmitter. ‘Before you install the meter, make sure + the tansmitter has a “meter” end cap, + the transminer can operate in digital (DE) communications mode (software version 2.3/6.2 or greater) you remove power from the transmitter, the meter end cap is removed, and you have a screwdriver (medium blade). Use the procedure in Table 2 with the wiring connections shown in Figure 2 to install the DE Meter as an integral meter in a Series 100/600 ST 3000. Table2 Installing DE Meter in Series 100/600 ST 3000 Step ‘Action 11 | Connect yeliow ead from DE Meter to ~SIGNAL terminal and red lead | to «SIGNAL terminal on transmitter's terminal block. LEAUTION Never connect tne DE Meter leads to the terminals marked METER on the transmitters terminal biock. Also, be sure to leave the metal jumper strap in place between the METER terminals. 2 | Orient DE meter for proper viewing through end cap window, align feet on meter with holes in terminal block, and press meter in place. 3. | Lubricate end cap O-ring with silicon grease (recommend Dow Coming #33 or equivalent). 4 _| Replace end cap and tighten end cap lock. 5 _ Goto Section 4 — Operation tetore applying power to the transmitter. Continued on nex page 4/95 ‘ST -3000 DE Meter Users Manual3.1 Integral Mounting in Series 100/600 ST 3000, continued Figure2 Wiring Connections for DE Meter in Series 100/600 ST 3000 Field wiring Series 100 and Series 600 ‘ST 3000 DE Meter User's Manual 41953.2 Integral Mounting in STT 3000 Background Getting started Procedure ‘You can mount the DE Meter with fan style bargraph as an integral meter for an STT 3000 transmitter mounted in an explosionproof housing. Before you install the meter, make sure + the transmitter is mounted in explosionproof housing with “meter” end cap, + you remove power from the transmitter, + the meter end cap is removed, and + you have a screwdriver (medium blade) Use the procedure in Table 3 with the wiring connections shown in Figure 3 to integrally install the DE Meter in an STT 3000 mounted in an explosionproof housing. Table 3 Installing DE Meter in STT 3000 [step ‘Action | 1 | Connect yellow lead from the DE Meter to I- (7) terminal and the red | ead to | + (8) terminal on transmitter’s terminal block. Orient the DE Meter for proper viewing through the end cap window. els | Align feet on meter with holes in terminal block and press meter in [ place. | | 4 | Lubricate end cap O-ring with silicon grease (we recommend Dow | Corning #83 or equivalent). Replace end cap and tighten end cap look. 6 _ | Goto Section 4 — Operation betore applying power to the transmitter. Continued on next page 4195 ‘ST 8000 DE Meter User's Manual 73.2 Integral Mounting in STT 3000, continues Figure 3___Wiring Connections for DE Meter in ST 3000 f ] | | | | | | | | | | = Yellow \e 8 $7 3000 DE Meter User's Manual 47953.3 Remote Mounting in Separate Housing Background Getting started Procedure You can mount the DE Meter with fan style bargraph in a separate remote housing for use with a given Smartline Transmitter. Before you install the meter, make sure you + have hardware to attach housing to surface or mounting bracket (Option "MB'") for 2-inch pipe mounting, + have drill, wrenches, screwdriver, etc. as required for mounting hardware, review recommended conduit connection practices (Section 3.4 — Conduit Connections), + have wo 16 AWG (maximum) leads (one yellow and one red, if possible) to connect remote DE Meter to transmitter, review external wiring diagram 30756054-000, remove power from the transmitter, and have a screwdriver (medium blade). Use the procedure in Table 4 with the wiring connections shown in Figure 4 10 install the DE Meter in a remote housing. Table 4 Installing DE Meter in Remote Housing Step | 1 | For pipe mounting, attach housing to bracket and mount bracket to 2-inch pipe as shown on drawing 30756029-000. Skip to Step 6. 2 | For surface mounting, position housing in desired location on Mounting surface. 3-_| Use center punch, soribe, etc. to mark location of holes in housing on | surface. Prepare surface for user supplied mounting hardware as required. ‘Secure housing to surface using mounting holes and user supplied | hardware, 6 _| Connect conduit. Refer to Section 3.4 — Conduit Connections. 7 | Remove cover from housing. (Himeter already installed | remove itby puling meter toward you to access captive mounting screws and terminal block connections: proceed to Step 8. | Caetinstatied [proceed to Step 8. ee Continued on next page 4/95 ‘$T-3000 DE Meter Users Marual @3.3 Remote Mounting in Separate Housing, continues Procedure, continued Table 4 Installing DE Meter in Remote Housing, Continued OO Step ‘Action 8 | Loosen captive mounting screws and remove spaceriterminal block | assembly. | 9 | To connect the remote DE meter o the given transmitter: + Feed one end of the user-supplied yellow and red leads through a | conduit connection in housing. | + Connect yellow lead to remaining — YEL terminal and red lead to remaining + RED terminal on terminal block. + Run other end of leads to transmitter. Observing RED to + polarity, connect leads across transmitters signal (I) terminals so that DE Meter is wired in parallel wth transmitter in loop. 10 | Repiace spacerfterminal block assembly and tighten mounting | screws. | | [ ttmeter has... | been installed not been installed proceed to Step 14 11 | IfDE Meter has not been installed, connect yellow lead from meter to a—YEL terminal and red lead to adjacent + RED terminal on terminal block. 12 | Orient meter for proper viewing through cover window, align mounting feet over holes and press meter in place. 13. | Lubricate cover O-ring with silicon grease (we recommend Dow Corning #33 or equivalent). 14 _| Replace cover. 15 _| Goto Section 4— Operation before applying power to transmitter. Continued on next page 10 ‘ST 3000 DE Meter User's Manual 41953.3 Remote Mounting in Separate Housing, continued Figure 4 _ Wiring Connections for DE Meter in Remote Housing | Remote Housing To Transmitter RED Captive mounting screws (2) ‘Spacerterminal block assembly 4/95 ‘ST 3000 DE Meter User's Manual3.4 Conduit Connections Recommended ‘When making typical conduit connections as shown in Figure 5, be sure * to include drain for conduit, + all pipe threads are adequately sealed against weather by using pipe joint ‘tape or compound suitable to environment. ‘+ to seal unused outlet with pipe plug. (aaron) ; LGAUTION | For explosionproof installation, you must seal the access holes in the housing. Use a conduit seal (Crouse-Hinds type EYS or equivalent) ‘on the wiring outlet(s) of the housing. Note that this is a good standard practice to keep moisture from entering the housing through the conduit in any installation. Figure 5 Typical Conduit Connections | coneuit Conduit Seal | K | Pipe plug | | KR Pipe tee Drain 12 ‘ST 3000 DE Meter User's Manual 4195Section 4 - Operation 44 Startup ‘Summary Once the DE Meter is installed, you only have to apply power to the transmitter to start meter operation. After the meter runs its self-test, you ‘can begin monitoring meter indications for transmitter PV output and loop status messages. The self-test indications and some typical operation indications are outlined in this section for reference. If the transmitter is being calibrated or used in the analog mode, you must disconnect the DE Meter or it will cause a 5% transmitter error. ‘Self-test indications Every time power is applied to the transmitter, the DE Meter runs 2 self-test to check certain internal operations and lights all display segments, as. shown in Figure 6, for up to 10 seconds, so they can be visually checked for uniform appearance. If the self-test fails, the display will go blank except for the METER FAULT message. Figure 6 Self-Test Lights All Display Segments for Visual Check % (18S .BO Continued on next page 4/95 ‘ST 3000 DE Meter User's Manual 1344 Startup, continues ‘Typical operational Table 5 summarizes typical DE Meter operation indications. Note that other indications combinations of status messages are possible. Table 5 Summary of Typical DE Meter Indications [__DEMeterindication | What t Means DE Meter Indication | ¥ No power applied. if-< » | | | [occa | | a | | communication a sre 5 % To} | | ansmiter + Teansmito | | | | haveboen | | zares eres | configured for | | | falog mode. | | Normal operation | | Meter has: | | > aisplay | > | received | | | | communication | 4 | 4 Sata with sof | more eorupiod oS _* oo] | |o %» “To pans | TU. % | TUE | | sammemvn | | zzres | zarer “Too much tine Meter has ras elapsed since > received nd communication a | communtaton data wih aor | ata winout more cor Ow 0] ea claow = Tt % | data. | en wear | | Transmiter sin | Transmiter has falsate mode. » | been configured The PV signal in | or OUTPUT the 4 mode, communication at) 00 Gaasentote | [0 % 60 rire meter represents URL % |_| mete repr TU. ow CHEE %) | other a Sumout High (opscale, as | |amm ponenvns} 22790 Shown) or Burnout | SMH zzre Low (eownscale} coniguration Selection | 14 ST 3000 DE Meter User's Manual 485Section 5 — Reference Data 5.1 Specifications ‘Specification table ‘Table 6 lists pertinent DE Meter specifications for reference. Table 6 DE Meter Specifications Operating Conditions Parameter Rated | Extreme, Transportation and | Storage | Ambient Temperature | °F 4010 176 58 to 194 °c ~40 to 80 50 to 90 | Relative Humicity | | %RH Oto 100 Oto 100 _ Design | | Display Resolution | Bargraph | 24% reading | Digital Readout 20.1% reading 1. Since the DE Meter is receiving and displaying a digital signal from the ‘ransmniter, it contributes no additional source of error or ambient temperature influence (other than resolution). 2, ‘The LCD display will tum black at some temperature between 80 and 90°C (176 and 194°F), rendering the display unreadable. This effect is temporary, and normally occurs at 90°C (194°F). 4/95 ‘ST 3000 DE Meter User's Manual 155.2 Reference Drawings Drawing numbers ‘These drawings are inserted behind this pege. + 30756029-000 - Remote Meter and Temperature Transmitter Installation Drawing + 30756054-000 - ST 3000 Transmitter Series 100 and Series 600 with Remote DE Meter Extemal Wiring Diagram 16 ‘ST 3000 DE Meter User's Manual 4/95¥sosszoe|e| 3ivid gals yely ale EXD bso9szoe By [31370 3L0V34 HLM 099/00) $3146 831 LIWSNVYL GOOSIS| WvsOVIO ONIMIM IYNE3LX3 Wemouoyy ) YdLIW‘3‘d awn ts, asa. 1931) © ¥3134_ © £1-@- SLOWSY aSLiIWSNveL 0008 1S t= vu VERS (Co, 29 aia {iiga any Ly o3i330m0: or ow wows o2sonsu 30 4007, AL @ S>KYLANONL Ho 931 -Holvnnvisn 3avs AWoreMTeL! 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' 1 ry] et t --—— aeIndex AB Ss Barpraph 4 Self-test indications 13, Series 100/600 ST 3000 5 Specifications 15 c Stamus messages 4 BADXMTR STATUS 4 LASTKNOWN VALUE 4 Condit connections 12 LOOP OR METER FAULT 4 explosionproof installation 72 METER FAULT 4 NODATAS NO DATA ~ LAST KNOWN VALUE 4 D XMIR IN OUTPUT MODE 4 STT 3000 transmiter 7 Digital readout 4 T, U, V, W, X, Y, Z E Wiring connections 5,7,9 Remote housing 9 Explosionproof housing 7 Sezies 100/600 ST 3000 5 STT 30007 F,G,H,1 Integral meter 5,7 J,K,L, M,N, O Operation indications 14 P,Q,R Remote housing 9 4195) ‘ST 3000 DE Meter User's ManvalREADER COMMENTS Honeywell's IAC Automation College welcomes your comments and suggestions to improve future editions of this and other publications. 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