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Absolute Process Instruments API 6380 G D S HV Manual de inicio rápido

Installation and Setup

Precautions

WARNING! All wiring must be performed by a qualified electrician or

instrumentation engineer. See diagram for terminal designations and

wiring examples. Consult factory for assistance.

WARNING! Avoid shock hazards! Turn signal input, output, and

power off before connecting or disconnecting wiring, or removing

or installing module.

Précautions

ATTENTION! Tout le câblage doit être effectué par un électricien

ou ingénieur en instrumentation qualifié. Voir le diagramme pour

désignations des bornes et des exemples de câblage. Consulter

l'usine pour assistance.

ATTENTION! Éviter les risques de choc! Fermez le signal d'entrée,

le signal de sortie et l'alimentation électrique avant de connecter ou

de déconnecter le câblage, ou de retirer ou d'installer le module.

API maintains a constant effort to upgrade and improve its products.

Specifications are subject to change without notice. See api-usa.com for

latest product information. Consult factory for your specific requirements.

WARNING: This product can expose you to chemicals includ-

ing lead and nickel, which are known to the State of California

to cause cancer or birth defects or other reproductive harm.

For more information go to www.P65Warnings.ca.gov

Socket and Mounting

The module installation requires a protective panel or enclosure.

The socket clips to a standard 35 mm DIN rail or can be attached to

a flat surface using the two mounting holes.

Output Reversal Configuration

The default configuration is normal acting output. The output can be

reversed by moving an internal jumper.

1. Unplug the module from the socket.

2. Remove 4 screws from module bottom and lift off plastic case.

3. Note location of circuit board jumper. See diagram below.

4. Place jumper as indicated for desired output operation.

5. Replace cover and screws.

transformer

jumper

Normal Output

Range Selection

Set I/O ranges before plugging the module in. See the model serial

number label for options or if a custom range was specified. The mod-

ule side label lists common ranges or see table below to select ranges.

Switch A:

"V" for voltage input or "I" for current input. Switch A

determines the input impedance, typically 10 Ω for

current inputs and 220 kΩ or 1 MΩ for voltage inputs.

Switch B:

Output range

Switches C, D: Input range

Switch E:

"V" for voltage output or "I" for current output

Output

0-1 V

0-2 V

0-4 V

Switches

ABCDE

Input t

0-5 mA

V0A2I

V8A2

V1A2

0-10 mA

V022I

V822

V122

0-50 mA

V002I

V802

V102

0-100 mA

V092I

V892

V192

0-200 mA

V012I

V812

V112

V0A2V

V8A2

V1A2V

0-50 mV

0-100 mV

V022V

V822

V122V

0-200 mV

V0B2V

V8B2

V1B2V

0-500 mV

V002V

V802

V102V

0-1 V

V092V

V892

V192V

0-2 V

V012V

V812

V112V

0-5 V

V000V

V800

V100V

0-10 V

V062V

V862

V162V

0-20 V

V0F2V

V8F2

V1F2V

V042V

V842

V142V

0-50 V

0-100 V

V0D2V

V8D2

V1D2V

0-125 V

V049V

V849

V149V

0-175 V

V054V

V854

V154V

0-200 V

V052V

V852

V152V

0-250 V

V0D9V

V8D9

V1D9V

0-300 V

V0D3V

V8D3V

V1D3V

0-400 V

V0D0V

V8D0V

V1D0V

V059V

V859V

V159V

0-500 V

0-600 V

V053V

V853V

V153V

www.mod-tronic.com | [email protected] | 1-800-794-5883

Signal Output

Polarity must be observed when connecting the signal output to the

load. The module provides 20 VDC power to the output loop when

current output is selected.

Signal Input

For safety, input must be off while connecting wiring. Connect the

AC signal input to terminals 5 and 6.

Module Power

Check model/serial number label for module operating voltage to

make sure it matches available power.

AC power is connected to terminals 1 and 3.

For DC powered modules, polarity MUST be observed.

Positive (+) is wired to terminal 1

Negative (–) is wired to terminal 3

AC voltage or

AC mA input

Socket top

view

Key down

transformer

when

panel

mounting

Reverse Output

mA output

20 V sourcing

Voltage

output

1-5 V

0-5 V

0-8 V

2-10 V

ABCDE

V6A2I

V9A2I

V2A2I

V7A2I

V622I

V922I

V222I

V722I

V602I

V902I

V202I

V702I

V692I

V992I

V292I

V792I

V612I

V912I

V212I

V712I

V6A2V

V9A2V

V2A2V

V7A2V

V622V

V922V

V222V

V722V

V6B2V

V9B2V

V2B2V

V7B2V

V602V

V902V

V202V

V702V

V692V

V992V

V292V

V792V

V612V

V912V

V212V

V712V

V600V

V900V

V200V

V700V

V662V

V962V

V262V

V762V

V6F2V

V9F2V

V2F2V

V7F2V

V642V

V942V

V242V

V742V

V6D2V

V9D2V

V2D2V

V7D2V

V649V

V949V

V249V

V749V

V654V

V954V

V254V

V754V

V652V

V952V

V252V

V752V

V6D9V

V9D9V

V2D9V

V7D9V

API 6380 G HV Additional Input Ranges

V6D3V

V9D3V

V2D3V

V7D3V

V6D0V

V9D0V

V2D0V

V7D0V

V659V

V959V

V259V

V759V

V653V

V953V

V253V

V753V

6380 G

Output

Input

Output

Input

Sel.

Range

Range 1

Range 2

AC or DC (–)

Module power

AC or DC

(+)

(–)

Device

w. mA

Input

(+)

(–)

Device

w. Voltage

Input

0-10 V

±5 V

±10 V

ABCDE

V3A2I

V4A2I

V5A2I

V322I

V422I

V522I

V302I

V402I

V502I

V392I

V492I

V592I

V312I

V412I

V512I

V3A2V

V4A2V

V5A2V

V322V

V422V

V522V

V3B2V

V4B2V

V5B2V

V302V

V402V

V502V

V392V

V492V

V592V

V312V

V412V

V512V

V300V

V400V

V500V

V362V

V462V

V562V

V3F2V

V4F2V

V5F2V

V342V

V442V

V542V

V3D2V

V4D2V

V5D2V

V349V

V449V

V549V

V354V

V454V

V554V

V352V

V452V

V552V

V3D9V

V4D9V

V5D9V

V3D3V

V4D3V

V5D3V

V3D0V

V4D0V

V5D0V

V359V

V459V

V559V

V353V

V453V

V553V

API 6380 G HV Series

Calibration

The Zero and Span potentiometers can be used fine-tune the

output range.

Note: Perform the following calibration procedure any time switch

settings are changed.

1. Power the module and allow a minimum 20 minute warm up time.

2. Using an accurate calibration source, provide an input to the

module equal to the minimum input required for the application.

3. Using an accurate measurement device for the output, adjust

the Zero potentiometer for the exact minimum output desired.

The Zero control should only be adjusted when the input signal

is at its minimum. This will produce the corresponding minimum

output signal. For example: 4 mA for a 4-20 mA output or –10 V

for a ±10V output.

4. Set the input at maximum, and adjust the Span pot for the exact

maximum output desired. The Span pot should only be adjusted

when the input signal is at its maximum. This will produce the

corresponding maximum output signal.

5. Repeat adjustments for maximum accuracy.

Test Range Adjust – Turn the multi-turn Test Range potentiometer

while holding the Test button depressed until the desired output test

level is reached. It can be adjusted to vary the output signal from 0

to 100% of the output range.

Operation

Depending on the rotary switch settings, the input is either ampli-

fied or attenuated, then filtered and processed by a precision full-

wave rectification circuit. The result is passed thru a low pass active

filter that provides a DC voltage representing the average value of

the input. This DC voltage is passed through an optical isolation

circuit to the output stage.

Test Button – Drives a device on the output side of the loop (a panel

meter, chart recorder, etc.) with a known good signal that can be

used as a system diagnostic aid during initial start-up or during

troubleshooting. When released, the output will return to normal.

GREEN LoopTracker

Input LED – Provides a visual indication that

a signal is being sensed by the input circuitry of the module. It also

indicates the input signal strength by changing in intensity as the

process changes from minimum to maximum. If the LED fails to illu-

minate, or fails to change in intensity as the process changes, this

may indicate a problem with module power or signal input wiring.

RED LoopTracker output LED – Provides a visual indication that

the output signal is functioning. It becomes brighter as the input

and the corresponding output change from minimum to maximum.

For current outputs, the LED will only light if the output loop cur-

rent path is complete. For either current or voltage outputs, failure

to illuminate or a failure to change in intensity as the process

changes may indicate a problem with the module power or signal

output wiring.

0-2 mA

2-10 mA 0-10 mA 0-16 mA 4-20 mA 0-20 mA

ABCDE

I0A2I

I6A2I

I9A2I

I2A2I

I022I

I622I

I922I

I222I

I002I

I602I

I902I

I202I

I092I

I692I

I992I

I292I

I012I

I612I

I912I

I212I

I0A2V

I6A2V

I9A2V

I2A2V

I022V

I622V

I922V

I222V

I0B2V

I6B2V

I9B2V

I2B2V

I002V

I602V

I902V

I202V

I092V

I692V

I992V

I292V

I012V

I612V

I912V

I212V

I000V

I600V

I900V

I200V

I062V

I662V

I962V

I262V

I0F2V

I6F2V

I9F2V

I2F2V

I042V

I642V

I942V

I242V

I0D2V

I6D2V

I9D2V

I2D2V

I049V

I649V

I949V

I249V

I054V

I654V

I954V

I254V

I052V

I652V

I952V

I252V

I0D9V

I6D9V

I9D9V

I2D9V

I0D3V

I6D3V

I9D3V

I2D3V

I0D0V

I6D0V

I9D0V

I2D0V

I059V

I659V

I959V

I259V

I053V

I653V

I953V

I253V

ABCDE

I7A2I

I3A2I

I722I

I322I

I702I

I302I

I792I

I392I

I712I

I312I

I7A2V

I3A2V

I722V

I322V

I7B2V

I3B2V

I702V

I302V

I792V

I392V

I712V

I312V

I700V

I300V

I762V

I362V

I7F2V

I3F2V

I742V

I342V

I7D2V

I3D2V

I749V

I349V

I754V

I354V

I752V

I352V

I7D9V

I3D9V

I7D3V

I3D3V

I7D0V

I3D0V

I759V

I359V

I753V

I353V