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4 specifications – SMA FLX Series Sensor Interface Option User Manual

Page 10

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4 Specifications

Terminal

Parameter

Parameter Details

Specification

All terminals

Wiring terminal

Maximum wire gauge, solid wire

1.5 mm

2

Maximum wire gauge, stranded

wire

1.0 mm

2

Cabling

Cable jacket diameter (

⌀)

4-8 mm

Temperature sensor input

TEMP MOD

TEMP AMB

TEMP IR.

Sensor input

Sensor type

3 x PT1000

3)

Nominal resistance/temperature

coefficient

3.85

Ω/

o

C

Measurement range

-20

o

C - +100

o

C

Measurement accuracy

±2

o

C

Short-circuit protection

Yes

Electrical safety

Direct contact protection

Double/Reinforced insulation

Cabling

Cable type

Single pair - 2-wire

1)

Maximum resistance per wire

2)

2

Irradiation sensor input

IR+

IR-

Sensor input

Sensor type

Current shunt (passive)

Measurement range

0 - 150 mV

Max. output impedance (sensor)

500

Input impedance (electronics)

24 k

Measurement accuracy

±5 % at 150 mV sensor output

voltage

Short-circuit protection

Yes

Electrical safety

Direct contact protection

Double/Reinforced insulation

Cabling

Cable type

Single pair - 2-wire

1)

Two pairs - 4 wires with temperature

compensation

Maximum resistance per wire

2)

10

Energy meter input

S0+

S0-

Sensor input

Sensor type

S0 output device

Sensor input class

Class A

Nominal output current

12 mA for an 800

Ω load

Maximum short-circuit output

current

24.5 mA

Open-circuit output voltage

+12 VDC

Maximum pulse frequency

16.7 Hz

Short-circuit protection

Yes

Electrical safety

Direct contact protection

Double/Reinforced insulation

Cabling

Cable type

Single pair - 2-wire

1)

Maximum resistance per wire

2)

10

Relay output (normally open)

RELAY (NO)

Relay output

Relay type

Potential free contact

Rating AC

250 VAC maximum permitted voltage,

1.0 A, 230 W

Rating DC

24 VDC, 1.0 A, 24 W

Electrical safety

Overvoltage category

Class III

Cabling

Cable type

Single pair - 2-wire

1)

Table 4.1 Sensor Interface Specifications

1)

Shielded or unshielded cables may be used.

2)

Cable resistances will result in a measurement offset.

3)

3

rd

input is used for compensation of the irradiation sensor.

Specifications

L00410607-02_2q / Rev. date: 2014-06-20

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