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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 -E

3

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 mm

2

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 2.5 A shall 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.

Summary of Contents for K109UI

Page 1: ...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 M...

Page 2: ...of range limiter device triggered or input saturation Internal fault Spring terminals 0 2 2 5 mm 2 8 mm EN50081 2 electromagnetic emission industrial surroundings EN50082 2 electromagnetic immunity i...

Page 3: ...Y 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 m W W V I 1 Attach the module in the upper part of the rail 2 Press the module...

Page 4: ...esent No 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 w...

Page 5: ...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 incompatib...

Page 6: ...wer 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...

Page 7: ...turn 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 1 5 6...

Page 8: ...ct is disposed of correctly you will help prevent potential negative consequences to the environment and humanhealth whichcouldotherwisebecausedbyinappropriatedisposalofthisproduct Therecyclingof mate...

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