CONTECA EASY SOLAR, Compact direct heat meter for heating solar systems.
Product Description
Compact direct heat meter for heating solar systems.
The metering module is supplied complete with:
- pair of temperature probes with immersion pockets;
- Y pockets for immersion probes;
- electronic integrator with LCD display.
Local reading via LCD display/centralised reading via BUS transmission.
Technical data
Medium temperature range:
2–120 °C
Electric supply:
24 V AC
Running power consumption:
1 W
Protection class:
IP 54
Probe/cable length:
1,9 m
Nominal pressure:
PN 16
Accuracy class:
3
Maximum percentage of glycol:
50 %
Communication protocol:
M-Bus on RS485
Certifications
pdf
Drawings and specifications
| Part number | Connection | Nominal flow rate | Minimum flow rate (Qi) |
|---|---|---|---|
| 750254 | G 1/2" A (ISO 228-1) M |
1,5 m³/h | 30 l/h |
|
Measure type
single nozzle
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|
3D models
Tender text
Compact direct heat meter for heating solar systems. The metering module is supplied complete with:
- pair of temperature probes with immersion pockets;
- Y pockets for immersion probes;
- electronic integrator with LCD display.
Local reading via LCD display/centralised reading via BUS transmission. Connection: G 1/2" A (ISO 228-1) M. Medium temperature range: 2–120 °C. Electric supply: 24 V AC. Running power consumption: 1 W. Protection class: IP 54. Probe cable length: 1,9 m. Nominal pressure: PN 16. Accuracy class: 3. Maximum percentage of glycol: 50 %. Nominal flow rate: 1,5 m³/h. Minimum flow rate (Qi): 30 l/h. Communication protocol: M-Bus on RS485. Measure type: single nozzle.
SCIP code
02d7fc68-9da5-451b-af86-77cebdec727f
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| 750255 | G 3/4" A (ISO 228-1) M |
2,5 m³/h | 50 l/h |
|
Measure type
single nozzle
|
|||
|
2D drawings
dwg
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3D models
Tender text
Compact direct heat meter for heating solar systems. The metering module is supplied complete with:
- pair of temperature probes with immersion pockets;
- Y pockets for immersion probes;
- electronic integrator with LCD display.
Local reading via LCD display/centralised reading via BUS transmission. Connection: G 3/4" A (ISO 228-1) M. Medium temperature range: 2–120 °C. Electric supply: 24 V AC. Running power consumption: 1 W. Protection class: IP 54. Probe cable length: 1,9 m. Nominal pressure: PN 16. Accuracy class: 3. Maximum percentage of glycol: 50 %. Nominal flow rate: 2,5 m³/h. Minimum flow rate (Qi): 50 l/h. Communication protocol: M-Bus on RS485. Measure type: single nozzle.
SCIP code
4632fb5e-3681-406a-aa22-ed23fad31ed5
|
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| 750256 | G 1" A (ISO 228-1) M |
3,5 m³/h | 70 l/h |
|
Measure type
multi-nozzle
|
|||
|
3D models
Tender text
Compact direct heat meter for heating solar systems. The metering module is supplied complete with:
- pair of temperature probes with immersion pockets;
- Y pockets for immersion probes;
- electronic integrator with LCD display.
Local reading via LCD display/centralised reading via BUS transmission. Connection: G 1" A (ISO 228-1) M. Medium temperature range: 2–120 °C. Electric supply: 24 V AC. Running power consumption: 1 W. Protection class: IP 54. Probe cable length: 1,9 m. Nominal pressure: PN 16. Accuracy class: 3. Maximum percentage of glycol: 50 %. Nominal flow rate: 3,5 m³/h. Minimum flow rate (Qi): 70 l/h. Communication protocol: M-Bus on RS485. Measure type: multi-nozzle.
SCIP code
edcfc008-d4d0-4758-8a48-b8a9a91a905a
|
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| 750257 | G 1 1/4" A (ISO 228-1) M |
6 m³/h | 120 l/h |
|
Measure type
multi-nozzle
|
|||
|
3D models
Tender text
Compact direct heat meter for heating solar systems. The metering module is supplied complete with:
- pair of temperature probes with immersion pockets;
- Y pockets for immersion probes;
- electronic integrator with LCD display.
Local reading via LCD display/centralised reading via BUS transmission. Connection: G 1 1/4" A (ISO 228-1) M. Medium temperature range: 2–120 °C. Electric supply: 24 V AC. Running power consumption: 1 W. Protection class: IP 54. Probe cable length: 1,9 m. Nominal pressure: PN 16. Accuracy class: 3. Maximum percentage of glycol: 50 %. Nominal flow rate: 6 m³/h. Minimum flow rate (Qi): 120 l/h. Communication protocol: M-Bus on RS485. Measure type: multi-nozzle.
SCIP code
1db3ff43-236b-4ffb-b95b-b4c979570b56
|
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| 750258 | G 1 1/2" A (ISO 228-1) M |
10 m³/h | 200 l/h |
|
Measure type
multi-nozzle
|
|||
|
2D drawings
dwg
Share this file
Download this file
dxf
Share this file
Download this file
3D models
Tender text
Compact direct heat meter for heating solar systems. The metering module is supplied complete with:
- pair of temperature probes with immersion pockets;
- Y pockets for immersion probes;
- electronic integrator with LCD display.
Local reading via LCD display/centralised reading via BUS transmission. Connection: G 1 1/2" A (ISO 228-1) M. Medium temperature range: 2–120 °C. Electric supply: 24 V AC. Running power consumption: 1 W. Protection class: IP 54. Probe cable length: 1,9 m. Nominal pressure: PN 16. Accuracy class: 3. Maximum percentage of glycol: 50 %. Nominal flow rate: 10 m³/h. Minimum flow rate (Qi): 200 l/h. Communication protocol: M-Bus on RS485. Measure type: multi-nozzle.
SCIP code
10449ebe-c9d7-4003-bc0d-323d29007172
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| 750259 | G 2" A (ISO 228-1) M |
15 m³/h | 300 l/h |
|
Measure type
multi-nozzle
|
|||
|
3D models
Tender text
Compact direct heat meter for heating solar systems. The metering module is supplied complete with:
- pair of temperature probes with immersion pockets;
- Y pockets for immersion probes;
- electronic integrator with LCD display.
Local reading via LCD display/centralised reading via BUS transmission. Connection: G 2" A (ISO 228-1) M. Medium temperature range: 2–120 °C. Electric supply: 24 V AC. Running power consumption: 1 W. Protection class: IP 54. Probe cable length: 1,9 m. Nominal pressure: PN 16. Accuracy class: 3. Maximum percentage of glycol: 50 %. Nominal flow rate: 15 m³/h. Minimum flow rate (Qi): 300 l/h. Communication protocol: M-Bus on RS485. Measure type: multi-nozzle.
SCIP code
90696bf0-a03e-4e7b-817a-758a427adb8f
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