Magnetrol STI Echotel Trident 91S Instruction Manual And Parts List Download Page 16

16

SPECIFICATIONS & AGENCY APPROVALS

Operating / Non-Operating

Pressure

Transducer

PSIG

BAR

Temperature

316 SS/

–40° F to +325° F

316 SS Ti

1500

103

(–40° C to +163° C)

–40° F to +325° F

Hastelloy C

1500

103

(–40° C to +163° C)

–40° F to +325° F

Monel

1500

103

(–40° C to +163° C)

PRESSURE AND TEMPERATURE RATINGS

ELECTRICAL SPECIFICATIONS

AGENCY APPROVALS 

Four-wire 91S/92S

Two-Wire 91S/92S

Description

Specification

Supply voltage

10-35 VDC 

Current loop loads

650 Ohms with 24 VDC power source
1200 Ohms with 35 VDC power source

8 mA (dry) or 16 mA (wet) – 

Analog output

5 mA or 19 mA for fault conditions

Continuous: Verifies operation of 

Self-test

electronics, transducer, and crystal 

(Automatic and Manual)

bond integrity. Also, a local on-demand
self-test to force a malfunction condition.

Time delay

Variable potentiometer 0.5-30 seconds 
on rising and/or falling level

Failsafe

Field selectable–high or low level

Repeatability

±0.078" (1.98 mm)

Power consumption

1 watt maximum

Electronics temperature

–40° F to +160° F (–40° C to +71° C)

Transducer temperature

–40° F to +325° F (–40° C to +163° C)

Pressure (operational)

1500 PSIG @ –40° F to +325° F
(103 BAR @ –40° C to +163° C)

Description

Specification

12 or 24 VDC

Supply voltage

120 or 240 VAC, 50/60 Hz

Two relay outputs. One or two control 
alarm relay(s)* rated at 10 Amp DPDT

Outputs

gold flash contacts and one malfunction 
or self-test fault relay rated at 10 Amp 
SPDT. Independent or joint interaction 
on the two relays via a field selectable 
jumper.

Continuous: Verifies operation of 

Self-test

electronics, transducer, and crystal 

(Automatic and Manual)

bond integrity. Also, a local on-demand
self-test to force a malfunction condition.

Time delay

Variable potentiometer 0.5-30 seconds 
on rising and/or falling level

Failsafe

Field selectable–High or Low level

Repeatability

±0.078" (1.98 mm)

Power consumption

2.50 VA nominal

Electronics temperature

–40° F to +160° F (–40° C to +71° C)

Transducer temperature

–40° F to +325° F (–40° C to +163° C)

Pressure (operational)

1500 PSIG @ –40° F to +325° F
(103 BAR @ –40° C to +163° C)

*

One control = single point
Two control = dual point

These units have been tested to EN 50081-2 and EN 50082-2 and
are in compliance with the EMC Directive 89/336/EEC.

*

For CSA – remote probe only approved for
Class I, Div.1, Groups C & D

Agency

Model

Approval

9XS-X1XX-E1X

Explosion Proof

-F1X

Class 

I

, Div. 1, Groups C & D

-Y1X

Class 

II

, Div. 1, Groups E, F, & G

with

Class 

III

, NEMA 4X, IP65

9XX-XXX1-XXX

FM

Explosion Proof

9XS-X1XX-71X

Class 

I

, Div. 1, Groups B, C, & D

with

Class 

II

, Div. 1, Groups E, F, & G

9XX-XXX1-XXX

Class 

III

, NEMA 4X, IP65

9XS-XXXX-X1X

Non-Incendive

with

Class 

I

, Div. 2, Groups A, B, C & D

9XX-XXX1-XXX

NEMA 4X

9XS-X1XX-E1X

Explosion Proof

-F1X

Class 

I

, Div.1, Groups C & D

-Y1X

Class 

II

, Div. 1, Groups E, F, & G

with

Class 

III

, Type 4X

9XX-XXX1-XXX

CSA

Explosion Proof

9XS-X1XX-71X

Class 

I

, Div. 1, Groups B, C, & D*

with

Class 

II

, Div. 1, Groups E, F, & G

9XX-XXX1-XXX

Class 

III

, Type 4X

Non-Incendive

9XS-XXXX-X1X

Class 

I

, Div.2, Groups A, B, C & D

with

Class 

II

, Div. 2, Groups F, & G

9XX-XXX1-XXX

Class 

III

, Type 4X

91S-X1XX-X1X

CENELEC

with

EEx d 

II

C T6

9XX-XXX1-XXX

Summary of Contents for STI Echotel Trident 91S

Page 1: ...num sand cast 3 4 NPT dual conduit E NEMA 4X 7 9 aluminum sand cast 3 4 NPT single conduit Y NEMA 4X 7 9 316 stainless steel 3 4 NPT single conduit 7 NEMA 4X 7 9 Group B aluminum die cast 1 NPT dual c...

Page 2: ...wire 8 or 16 mA current shift must use Input code 2 Input 0 120 VAC 1 240 VAC 2 24 VDC 3 12 VDC 5 48 VDC Housing E NEMA 4X 7 9 aluminum sand cast 3 4 NPT single conduit Y NEMA 4X 7 9 316 stainless st...

Page 3: ...be an audible click as the relay changes state Also the red LED marked LED1 WET on the amplifier board will illuminate Depending on how the unit is con figured the red LED marked DS1 on the power sup...

Page 4: ...R WIRING PROCEDURES NOTE IF REMOTE SELF TEST IS USED FOLLOW INSTRUCTIONS ON PAGE 6 8 If using the malfunction relay run wiring to lower portion of TB1 as shown in Figure 4 9 Replace housing cover CAUT...

Page 5: ...Output 120 240 VAC Power Supply Board Figure 6 91S Opto Isolated Output 24 VDC Power Supply Board FOUR WIRE MODELS RELAY OPTO ISOLATED INSTALLATION WIRING cont Malf Test Wet Test Common Remote Self T...

Page 6: ...and TB5 for dual point 2 Determine whether a manual test on a wet condition or malfunction is desirable See page 15 DO NOT WIRE SEPARATE 12 VDC POWER SOURCE TO GENERATE POWER FOR REMOTE PUSH BUTTON S...

Page 7: ...g the mounting bracket provided with order Provide adequate clearance to remove housing cover 2 Remove housing cover Transducer Housing Remote Electronics Mounting Bracket Process Vessel Coaxial Cable...

Page 8: ...XIAL CABLE INSTALLATION All 91S 92S remote units are equipped with a transducer housing as shown in Figure 8 The coaxial cables from the transducer will terminate inside the transducer housing in phon...

Page 9: ...board from a separate power supply 7 Dress wiring to guard against interference or contact with cover or circuit board components 8 Prevent moisture seepage into housing by installing an approved seal...

Page 10: ...over REMOTE TRANSDUCER INSTALLATION 1 Screw transducer into tank opening using pipe com pound or thread tape If flanged bolt unit to mating flange with proper gasket NOTE Refer to Coaxial Cable Instal...

Page 11: ...ling level Setting in the RISING position adjusts the delay on a dry to wet transition with a fixed 0 5 second delay on a wet to dry transition Set in the FALLING posi tion adjusts the delay on a wet...

Page 12: ...lly Close HL High Level CM Common CF Either Auto Fill or Auto Empty functions Function Action LED1 WET LED Illuminates red when wet 16 mA LED2 DRY LED Illuminates green when dry 8 mA Time delay RISING...

Page 13: ...LLFS P1 AUTO FILL S2 BP CF Function TB2 TB3 Both gaps dry off on bottom gap wet off off top gap wet on off top gap dry on off bottom gap dry off on S1 HLFS P1 AUTO EMPTY S2 BP CF Function TB2 TB3 Both...

Page 14: ...function test The power source for this push button test is internal to the 91S 92S NOTE Remote manual self testing is available on all four wire models It is not offered on the two wire models OPTO...

Page 15: ...power supply board illuminates when the malfunction relay is ener gized Refer to the failsafe jumper table and verify that the relay action is correct 5 If the manual self test operations indicate tha...

Page 16: ...two relays via a field selectable jumper Continuous Verifies operation of Self test electronics transducer and crystal Automatic and Manual bond integrity Also a local on demand self test to force a m...

Page 17: ...SPECIFICATIONS DIMENSIONAL SPECIFICATIONS inches mm 3 00 76 87 22 Dia NPT Process connection 3 4 NPT Conduit connection 1 12 28 6 87 175 Insertion length Figure 17 Integral Group B NEMA 4X 7 9 Housin...

Page 18: ...nsitive 316 SS Transducer 87 22 Dia NPT Process connection 3 4 NPT Conduit connection 1 12 28 6 87 175 Insertion length 3 00 76 SPECIFICATIONS cont 1 62 41 Actuation 87 22 Dia Actuation Length 3 00 76...

Page 19: ...PT NEMA 4X 7 9 316 Stainless steel 004 9140 002 Single conduit 3 4 NPT 7 Remote Transducer Housing Aluminum sand or die cast 004 9105 001 316 Stainless steel 004 9142 001 8 Remote Cover Seal O Ring 01...

Page 20: ...ards before it is returned to the factory A Material Safety Data Sheet MSDS must accompany material that was used in any media All shipments returned to the factory must be by prepaid transportation A...

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