Seneca K109UI Manual de usuario

ENGLISH - 1/8MI00096 -E3

K109UI V - mA CONVERTER

WITH 3-POINT GALVANIC INSULATION

General Description

The K109UI instrument is a V - mA converter with 3-point galvanic insulation designed

for industrial standard voltage or current signals with passive input and active output.

Analogue/digital conversion takes place at 14 bit on every input range.

The instrument also provides the following functions:

Rejection programmable for 50 or 60 Hz mains frequency.

Additional reading stabilisation filter.

Inversion of the input and inverted output scales

Input Out-of-Range programmable to 2.5% or 5.0%

SQRT function.

Linearisation for horizontal cylindrical tanks.

The module is also characterised by its extremely compact size, coupling to 35 mm DIN

driver, power supply available by bus, quick fit couplings by spring-type terminals, 3-

point insulation, onsite configuration by DIP-switch.

Technical Features

Power supply :

Consumption :

19,2 - 30 Vdc

Max 22 mA at 24 Vdc ( 20 mA output )

Voltage input (max. 50 V) :

Voltage input (max. 30 V) :

Current input (max. 24 V) :

Permissible max. Input Out-of-

Range :

0 - 15 V, 0 - 30 V, Input Impedance: 325 kΩ

0 - 10 V, 2 - 10 V, 0 - 5 V, 1 - 5 V,

Input Impedance: 110 kΩ

0 - 20 mA, 4 - 20 mA, Input Impedance: 35 Ω

± 2,5 or ± 5% depending on setting (see section on

Input Out-of-Range Limits)

Digital, 32 bit floating-point calculation

14 bit on every input range

Processing :

ADC :

0 - 5 Vdc, 1 - 5 Vdc, 0 - 10 Vdc and 10 - 0 Vdc

Minima load resistance: 2 KΩ

0 - 20 mA, 4 - 20 mA, 20 - 0 mA e 20 - 4 mA

Maximum load resistance: 500 Ω

± 30 V

Fixed (see section on Output Out-of-Range Limits)

approximately 25 mA

Voltage output :

Current output :

Maximum applied Voltage :

Permissible max. Output Out-of-

Range:

Current output protection :

10-90% response :

Transmission :

Max. transmission error :

(1)

Resolution :

(1)

Thermal drift :

SQRT error :

(2) (3)

Linearisation error Cylindrical

tank :

(2)

50 Hz : max 41 ms without filter and 88 ms with filter;

60 Hz : max 35 ms without filter and 74 ms with filter.

Digital Optical

0.08% of the f.s. value for mA or 5 V output

0.07% of the f.s. value for 10 V output

1 mV for voltage output, 2 uA for current output

Lower than 120 ppm/K

in the range 1 - 100%: floating point 32 bit

0,05%

MI00096 -E3 ENGLISH - 2/8

Insulation Voltage :

Protection Index :

Operating Conditions :

Storage Temperature :

LED Signalling :

Connections :

Conductor Section :

Wire stripping :

Standards :

Dimensions, Weight :

1,5 KV (50 Hz for 1 min )

IP20

Temperature -20 - +65 °C

Humidity 30 - 90 % at 40°C (non-condensing)

Altitudine 2000 slm

-40 - +85 °C

Input or output out-of-range limiter device triggered or

input saturation Internal fault..

Spring terminals

0,2 - 2,5 mm2

8 mm

EN50081-2 (electromagnetic emission, industrial surroundings)

EN50082-2 (electromagnetic immunity, industrial surroundings)

EN61010-1 (safety)

Notes:

- Use with copper conductor.

- Use in Pollution Degree 2 Environment .

- Power Supply must be Class 2.

- When supplied by an Isolated Limited Voltage/Limited

Current power supply a fuse rated max 2.5Ashall be

installed in the field.

6,2 x 93,1 x 102,5 mm, 50 g.

Box : PBT (black colour)

(1) No linearisation function connected

(2) Linearisation functions operate only in the 0..100% rated range, whereas for the

under-range and the over-range, the input signal is transferred without any alteration

(G=1). Continuity and monotonic quality of transfer guaranteed throughout the entire

range of measurement

(3) In the 0..1% section, the curve is linear with gain G=10 in order to avoid over-

amplification of the noise in the initial section of the measurement range.

MI00096 -E3 ENGLISH - 3/8

Installation rules

This module has been designed for assembly on a DIN 46277 rail. Assembly in vertical

position is recommended in order to increase the module's ventilation, and no raceways or

other objects that compromise aeration must be positioned in the vicinity.

Do not position the module above equipment that generates heat; we recommend

positioning the module in the lower part of the control panel or container compartment.

We recommend rail-type assembly using the corresponding bus connector (Code K-BUS)

that eliminates the need to connect the power supply to each module.

K109UI

SW1 SW2

POWER

SUPPLY

OUTPUT

INPUT

19.2..30 Vdc

P < 500 mW

V / I

Range : -150..650 °C

Load : R 500 / R 2 k< >

Test Voltage : 1.5 kV, 50 Hz, 1 min

Amb. Temp. : -20..+65 °C

WW VI

K109UI

SW1 SW2

POWER

SUPPLY

OUTPUT

INPUT

19.2..30 Vdc

P < 500 mW

V / I

Range : -150..650 °C

Load : R 500 / R 2 k< >

Test Voltage : 1.5 kV, 50 Hz, 1 min

Amb. Temp. : -20..+65 °C

1 -Attach the module in the upper part of

the rail.

2 - Press the module downwards.

1 -Apply leverage using a screwdriver (as

shown in the figure).

2 - Rotate the module upwards.

Inserting the module in the rail Removing the module from the rail

Using the K-BUS connector

1 - Compose the K-BUS connectors as required in order to obtain the number of positions

necessary (each K-BUS permits the insertion of no. 2 modules).

2 - Insert the K-BUS connectors in the rail by positioning them on the upper side of the rail

and then rotating them downwards.

sIMPORTANT: Pay particular attention to the po ition of the protrudent terminals of the

K-BUS. The K-bus must be inserted in the guide with the protrudent terminals on the left

(as shown in the figure) otherwise the modules are turned upside downs.

-Never connect the power supply directly to the bus connector on the DIN

rail.

-Never tap power supply from the bus connector either directly or by using

the module's terminals.

MI00096 -E3 ENGLISH - 4/8

All the module DIP switches are at pos. 0 as defaut configuration.

This set correspond to the following configuration :

It is understood that this configuration is valid only with all the DIP switches at position 0.

If also one Dip is moved, it is necessary to set all the other parameter as indicated on

the following tables.

Input signal

50-60 Hz mains frequency rejection

Input filter

Inversion

Linearisation

Output signal

Input Out-of-range

0 - 20 mA

50 Hz

Present

None

0 - 20 mA

±5% limit

SETTING OF THE DIP-SWITCHES

Factory setting

Note: for all following tables

The indication indicates that the DIP-switch is set in Position 1 (ON).

No indication is provided when the DIP-switch is set in Position 0 (OFF).

INPUT SIGNAL

1SW1 2 3

4 - 20 mA

2 - 10 Vdc

0 - 20 mA

0 - 10 Vdc

1 - 5 Vdc

0 - 5 Vdc

0 - 30 Vdc

0 - 15 Vdc

50-60 Hz MAINS FREQUENCY REJECTION

4SW1

50 Hz

60 Hz

INPUT FILTER (*)

5SW1

Absent

Present

INVERSION

6SW1

Absent

Present

(*) The filter increases the rejection of the disturbance to the mains frequency, and

stabilizes the reading reducing the measure noise. It is advised to hold it always

inserted, but that the maximum speed of answer is not demanded.

MI00096 -E3 ENGLISH - 5/8

OUTPUT SIGNAL

1SW2 2 3

Rated value Input Out-of-Range Limit 2,5 %±Input Out-of-Range Limit 5 %±

20 mA 20,5 mA 21 mA

4 mA 3,5 mA 3 mA

0 mA 0 mA 0 mA

30 Vdc 30,75 Vdc 31,5 Vdc

15 Vdc 15,375 Vdc 15,75 Vdc

10 Vdc 10,25 Vdc 10,5 Vdc

5 Vdc

1 Vdc

2 Vdc

0 Vdc

5,125 Vdc

0,875 Vdc

1,75 Vdc

0 Vdc

5,25 Vdc

0,75 Vdc

1,5 Vdc

0 Vdc

0 - 20 mA

4 - 20 mA

20 - 0 mA (5)

20 - 4 mA (5)

0 - 10 Vdc

0 - 5 Vdc

1 - 5 Vdc

2 - 10 Vdc

(5) These are inverse output ranges that are useful whenever the linearisation applied is

incompatible with the inversion of the input.

INPUT OUT-OF-RANGE

4SW2

2.5%

The Out-of-Range Limits provided in the following table are applied to the input signal,

whereas the fixed limits are applied to the output signal: 0 - 21 mA, 0 - 5,25 Vdc, 0 -

10,5 Vdc.

Input Out-of-Range Limits

FUNCTION

7SW1 8

Default

None

SQRT

Tank

MI00096 -E3 ENGLISH - 6/8

8 mm

0,2..2,5 mm2

Electrical Connections

The module has been designed for spring-type terminal

electrical connections.

Proceed as follows to make the connections:

1 - Strip the cables by 0.8 mm

2 - Insert a screwdriver in the square hole and press it

until the cable lock spring opens.

3 - Insert the cable in the round hole.

4 - Remove the screwdriver and make sure that the cable

is tightly fastened in the terminal.

Power supply

There are various ways to provide the K Series

modules with power.

1 - Direct power supply to the modules by

connecting 24 Vdc power supply directly to

Terminals 7 ( + ) and 8 ( - ) of each module.

POWER

SUPPLY

OUTPUT

INPUT

19.2 - 30 Vdc

2 - Using the K-BUS connector accessory for the distribution of the power supply to the

modules via bus connector, in this way eliminating the need to connect power supply to

each module.

The bus can be supplied from any of the modules; the total absorption of the bus must be

less than 400 mA. Higher absorption values can damage the module. An appropriately

sized fuse must be connected in series to the power supply.

3 - Using the K-BUS connector accessory for the distribution of the power supply to the

modules via bus connector and the K-SUPPLY accessory for the connection of the power

supply.

The K-SUPPLY accessory is a 6.2 mm wide module that contains a set of protections

designed to protect the modules connected via bus against over-voltage loads.

The bus connector can be provided with power using the K-SUPPLY module if the total

absorption of the bus is less than 1.5 A. Higher absorption values can damage both the

module and the bus. An appropriately sized fuse must be connected in series to the power

supply.

MI00096 -E3 ENGLISH - 7/8

Input

The module accepts a current or voltage input signal.

The use of shield cables is recommended for the electronic connections.

Voltage input

Terminal 1: Voltage input up to 30 VDC (current carrying capacity 0 - 15 VDC and 0 -

30 VDC).

Terminal 2: Voltage input up to 10 V.

Terminal 4: Return

Current input

Terminal 3: Current input.

Terminal 4: Return

Output

Voltage connection - Current connection (applied current)

The use of shield cables is recommended for the electronic connections.

POWER

SUPPLY

OUTPUT

INPUT

V / I

POWER

SUPPLY

OUTPUT

INPUT

Voltage

max 30 Vdc

Voltage

max 10 Vdc

Current

Note: in order to reduce the instrument's dissipation, we recommend either using the

output for voltage or guaranteeing a load of > 250 n

Ωto the curre t output.

MI00096 -E3 ENGLISH - 8/8

LED indications on the front

LED (Red) Meaning

Flashing

Steady light

Internal fault.

Note: in case of internal fault, the output will stay at null value.

Input or output out-of-range limiter device triggered or input

saturation.

Disposal of Electrical & Electronic Equipment (Applicable throughout the European Union and other

European countries with separate collection programs)

This symbol, found on your product or on its packaging, indicates that this product should not be treated as

household waste when you wish to dispose of it. Instead, it should be handed over to an applicable

collection point for the recycling of electrical and electronic equipment. By ensuring this product is

disposed of correctly, you will help prevent potential negative consequences to the environment and

human health, which could otherwise be caused by inappropriate disposal of this product. The recycling of

materials will help to conserve natural resources. For more detailed information about the recycling of this

product, please contact your local city office, waste disposal service or thè retail store where you

purchased this product.

SENECA s.r.l.

Via Austria, 26 - 35127 - PADOVA - ITALY

Tel. +39.049.8705355 - 8705359 - Fax +39.049.8706287

e-mail: [email protected] - www.seneca.it

This document is property of SENECA srl. Duplication and reprodution are forbidden, if not authorized. Contents of the

present documentation refers to products and technologies described in it. All technical data contained in the document

may be modified without prior notice Content of this documentation is subject to periodical revision.

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