Buy IFM SA2000, Calorimetric 100 Bar Rating Flow Sensor w/ 1 Analog Output

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Pressure Rating (Bar):: Pressure Rating (Bar): 100
Number of Outputs:: Number of Outputs: 1

Features:

Measurement of flow and temperature at the same time
Optimized for water, oils and air
Red/green display for clear identification of the acceptable range
With switching output, analog signal and IO-Link
The process connection can be rotated for optimum alignment

Calorimetric principle of operation

Thermal flow sensing technology relies on the cooling effect of flowing liquids. A higher flow velocity results in a greater cooling effect and this can be reliably measured. The images below depictheat being conducted from the sensor tip by a flowing liquid.

Heat transfers away from the sensing element as media flows by

The sensor tip houses two platinum RTD elements and a heat source. When power is applied, the tip of the sensor is heated. The difference in temperature between the two RTDs is held constant (Δ 4 ° C) by varying the amount of power applied to the heater. The flow rate is determined as these RTDs react to the physical effect of a flowing medium conducting heat energy away from the sensor tip.

The position of the RTD and heater at the bottom of the sensing tip.

This temperature-based operating principle can reliably sense the flow of virtually any liquid or gas. The general rule of thumb is “ if the medium is pumpable, the flow is detectable.”

The flow measurement is in units of velocity (ft/sec) and it is measured at a single point in the pipe. When the pipe size is known, velocity can be calculated in units of volumetric flow rate (gpm, lpm, etc.) by multiplying the velocity by the cross-sectional area of the pipe.

For more information, please see pdf file Data Sheet

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All sales are final

These are made-to-order items.
This product is not eligible for return or exchange unless defective.
The average lead-time is 1 or 2 weeks.

Return and Warranty

Please note that return requests for IFM items must be submitted within 14 days after the delivery date.

Technical Details

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Product Characteristics

Number of Inputs and Outputs

Number of Digital Outputs: 2

Number of Analog Outputs: 1

Process Connection

Threaded connection G 1/2

System

Gold-plated contacts

Media

Water; glycol solutions; air; oils

Medium Temperature [° C]

-20 - 90

Pressure Rating [bar]

100

Pressure Rating [MPa]

MAWP (for Applications According to CRN) [bar]

Electrical Data

Operating Voltage [V]

18 - 30 DC

Current Consumption [mA]

< 100

Protection Class

III

Reverse Polarity Protection

Yes

Power-on Delay Time [s]

Inputs / Outputs

Number of Inputs and Outputs

Number of Digital Outputs: 2

Number of Analog Outputs: 1

Outputs

Total Number of Outputs

Output Signal

Switching signal; analog signal; frequency signal; IO-Link; (configurable)

Electrical Design

PNP/NPN

Number of Digital Outputs

Output Function

Normally open / closed; (configurable)

Maximum Voltage Drop Switching Output DC [V]

2.5

Permanent Current Rating of Switching Output DC [mA]

250

Number of Analog Outputs

Analog Current Output [mA]

4 - 20; (scalable)

Maximum Load [Ω ]

350

Short-Circuit Protection

Yes

Type of Short-Circuit Protection

Yes (non-latching)

Overload Protection

Yes

Frequency of the output [Hz]

0 - 1000

Measuring/Setting Range

Probe Length L [mm]

19.2

Operating Mode

Relative; absolutely liquid; absolutely gaseous; (absolute: reference measurement recommended; Factory Setting: relative)

Temperature Monitoring

Measuring Range [° C]

-20 - 90

Resolution [° C]

0.2

Liquid Media - Absolute Operating Mode

Setting Range [m/s]

0.04 - 3

Greatest Sensitivity [m/s]

0.04 - 3

Liquid media - Relative Operating Mode

Setting Range [m/s]

0.04 - 6

Greatest Sensitivity [m/s]

0.04 - 3

Gases - Operating Mode " absolute"

Setting Range [m/s]

0 - 100

Greatest Sensitivity [m/s]

30 - 100

Gases - Operating Mode " relative"

Setting Range [m/s]

0 - 200

Greatest Sensitivity [m/s]

30 - 100

Accuracy / Deviations

Temperature Drift [cm/s x 1/K]

0,003 m/s x 1/K (<20 ° C; >70 ° C)

Maximum Temperature Gradient of Medium [K/min]

100

Absolute Operating Mode

Repeatability

0,05 m/s; (water; Flow velocity: 0,05 - 3 m/s)

Relative Operating Mode

Accuracy

± (7 % MW + 2 % MEW); (for relative mode in the range of maximum sensitivity under the following conditions: ; water: 20 - 70 ° C; inlet length: 1.5 m; DN25 (DIN 2448); mounting position according to instructions; Accuracy can differ for other media and mounting positions.)

Repeatability

0,05 m/s; (water; Flow velocity: 0,05 - 3 m/s)

Temperature Monitoring

Temperature Drift

± 0,005 K/° C

Accuracy [K]

± 0,3 / ± 1; (water; Flow velocity: 0,3 - 3 m/s / air; Flow velocity: >10 m/s)

Reaction Times

Response Time [s]

0.5; (T09; water; glycol: 0,8 s; air: 7 s; oil: 1,8 s; each T09)

Temperature Monitoring

Dynamic Response T05 / T09 [s]

1,5 (T09); (water; Flow velocity: 0,3 - 3 m/s)

Software / Programming

Parameter Setting

Hysteresis / window; normally open / closed; switching logic; current/frequency output; medium selection; Damping; Teach function; display can be rotated and switched off; standard unit of measurement; process value color

Interfaces

Communication Interface

IO-Link

Transmission Type

COM2 (38,4 kBaud)

IO-Link Revision

1.1

SDCI Standard

IEC 61131-9

Profiles

Smart Sensor: Process Data Variable; Device Identification, Device Diagnosis

SIO Mode

Yes

Required Master Port Class

Process Data Analog

Process Data Binary

Minimum Process Cycle Time [ms]

Operating Conditions

Ambient Temperature [° C]

-40 - 80

Storage Temperature [° C]

-40 - 100

Protection

IP 65
IP 67

MTTF [Years]

143

Mechanical Data

Weight [g]

270

Material

Stainless steel (1.4404 / 316L); stainless steel (1.4310 / 301); PBT-GF20; PBT-GF30

Materials (Wetted Parts)

Stainless steel (1.4404 / 316L); Gasket: FKM

Process Connection

Threaded connection G 1/2

Electrical Connection

Connection

Connector: 1 x M12; coding: A; Contacts: gold-plated

Notes

* Free Ground Shipping within the continental U.S. only (excludes Alaska, Hawaii, PO Boxes and APO/FPO addresses).

Product Details

Product Characteristics

Number of Inputs and Outputs

Number of Digital Outputs: 2

Number of Analog Outputs: 1

Process Connection

Threaded connection G 1/2

System

Gold-plated contacts

Media

Water; glycol solutions; air; oils

Medium Temperature [° C]

-20 - 90

Pressure Rating [bar]

100

Pressure Rating [MPa]

MAWP (for Applications According to CRN) [bar]

Electrical Data

Operating Voltage [V]

18 - 30 DC

Current Consumption [mA]

< 100

Protection Class

III

Reverse Polarity Protection

Yes

Power-on Delay Time [s]

Inputs / Outputs

Number of Inputs and Outputs

Number of Digital Outputs: 2

Number of Analog Outputs: 1

Outputs

Total Number of Outputs

Output Signal

Switching signal; analog signal; frequency signal; IO-Link; (configurable)

Electrical Design

PNP/NPN

Number of Digital Outputs

Output Function

Normally open / closed; (configurable)

Maximum Voltage Drop Switching Output DC [V]

2.5

Permanent Current Rating of Switching Output DC [mA]

250

Number of Analog Outputs

Analog Current Output [mA]

4 - 20; (scalable)

Maximum Load [Ω ]

350

Short-Circuit Protection

Yes

Type of Short-Circuit Protection

Yes (non-latching)

Overload Protection

Yes

Frequency of the output [Hz]

0 - 1000

Measuring/Setting Range

Probe Length L [mm]

19.2

Operating Mode

Relative; absolutely liquid; absolutely gaseous; (absolute: reference measurement recommended; Factory Setting: relative)

Temperature Monitoring

Measuring Range [° C]

-20 - 90

Resolution [° C]

0.2

Liquid Media - Absolute Operating Mode

Setting Range [m/s]

0.04 - 3

Greatest Sensitivity [m/s]

0.04 - 3

Liquid media - Relative Operating Mode

Setting Range [m/s]

0.04 - 6

Greatest Sensitivity [m/s]

0.04 - 3

Gases - Operating Mode " absolute"

Setting Range [m/s]

0 - 100

Greatest Sensitivity [m/s]

30 - 100

Gases - Operating Mode " relative"

Setting Range [m/s]

0 - 200

Greatest Sensitivity [m/s]

30 - 100

Accuracy / Deviations

Temperature Drift [cm/s x 1/K]

0,003 m/s x 1/K (<20 ° C; >70 ° C)

Maximum Temperature Gradient of Medium [K/min]

100

Absolute Operating Mode

Repeatability

0,05 m/s; (water; Flow velocity: 0,05 - 3 m/s)

Relative Operating Mode

Accuracy

Repeatability

0,05 m/s; (water; Flow velocity: 0,05 - 3 m/s)

Temperature Monitoring

Temperature Drift

± 0,005 K/° C

Accuracy [K]

± 0,3 / ± 1; (water; Flow velocity: 0,3 - 3 m/s / air; Flow velocity: >10 m/s)

Reaction Times

Response Time [s]

0.5; (T09; water; glycol: 0,8 s; air: 7 s; oil: 1,8 s; each T09)

Temperature Monitoring

Dynamic Response T05 / T09 [s]

1,5 (T09); (water; Flow velocity: 0,3 - 3 m/s)

Software / Programming

Parameter Setting

Interfaces

Communication Interface

IO-Link

Transmission Type

COM2 (38,4 kBaud)

IO-Link Revision

1.1

SDCI Standard

IEC 61131-9

Profiles

Smart Sensor: Process Data Variable; Device Identification, Device Diagnosis

SIO Mode

Yes

Required Master Port Class

Process Data Analog

Process Data Binary

Minimum Process Cycle Time [ms]

Operating Conditions

Ambient Temperature [° C]

-40 - 80

Storage Temperature [° C]

-40 - 100

Protection

IP 65
IP 67

MTTF [Years]

143

Mechanical Data

Weight [g]

270

Material

Stainless steel (1.4404 / 316L); stainless steel (1.4310 / 301); PBT-GF20; PBT-GF30

Materials (Wetted Parts)

Stainless steel (1.4404 / 316L); Gasket: FKM

Process Connection

Threaded connection G 1/2

Electrical Connection

Connection

Connector: 1 x M12; coding: A; Contacts: gold-plated

Return and Warranty

Please note that return requests for IFM items must be submitted within 14 days after the delivery date.

Note

Note: Please read description carefully. Do not base your order on the picture presented.

Reviews

IFM SA2000 Calorimetric 100 Bar Rating Flow Sensor w/ 1 Analog Output

Identifiers

Return and Warranty

Technical Details

Return and Warranty

Reviews