IFM sensor SA5004 available now.

Brand

IFM/Germany

Application Areas

Chemical, Petroleum, Energy, Electrical, General

IFM Process Sensors, IFM Photoelectric Sensors, IFM Incremental Encoders

The frequency response characteristics of an IFM sensor determine the frequency range of the measured signal, which must remain distortion-free within the allowable frequency range. In reality, the sensor's response has a certain delay, and a shorter delay is desirable.

The higher the frequency response of an IFM sensor, the wider the range of measurable signal frequencies.

In dynamic measurements, the response characteristics should be considered based on the signal's characteristics (steady-state, transient, random, etc.) to avoid excessive errors.

Linear Range

The linear range of an IFM sensor refers to the range within which the output is proportional to the input. Theoretically, within this range, the sensitivity remains constant. The wider the linear range of the sensor, the larger its measurement range and the better it guarantees measurement accuracy. When selecting a sensor, after determining the type, the first thing to consider is whether its measurement range meets the requirements.

However, in reality, no sensor can guarantee perfect linearity; its linearity is relative. When relatively low measurement accuracy is required, within a certain range, sensors with small nonlinear errors can be approximated as linear, which greatly simplifies the measurement process.

Stability

Flow Sensor

SA5004

SAD10XDB50KG/US-100

Simultaneously measures flow and temperature

Optimized for water, oil, and air

Clearly visible 4-digit LED display

Two adjustable analog outputs

Rotational piping connection for optimal arrangement

Product Features

Total Inputs and Outputs

Number of Analog Outputs: 2

System Interface

Threaded Connection M18 x 1.5 internal thread

Applications

Special Performance

Gold-plated contacts

Media

Water; Glycol solution; Air; Oil

Media Description

Low viscosity oil: ≤ 40 mm²/s (40 °C)

High viscosity oil: > 40 mm²/s (40 °C)

Media Temperature [°C]

-20...90

Compression Strength [bar]

100

Compression Strength [MPa]

10

Maximum allowable operating pressure (for application conforming to CRN standards) [bar]

100

Electrical Data

Operating Voltage [V]

18...30 DC

Current Dissipation [mA]

< 100

Protection Class

III

Reverse Phase Protection

Yes

Start-up Delay Time [s]

10

Total Inputs/Outputs

Total Number of Inputs and Outputs

Number of Analog Outputs: 2

Outputs

Number of Outputs

2

Output Signals

Analog Signals

Number of Analog Outputs

2

Analog Current Output [mA]

4...20; (Adjustable Range)

Maximum Load [Ω]

350

Short Circuit Protection

Yes

Short Circuit Protection Type

Pulse

Overload Protection

Yes

Measurement/Setting Range

Probe Length L [mm]

45

Operating Mode

Relative; Absolute Liquid; Absolute Gas; (Absolute: Recommended Reference Measurement)

Notes Factory Settings

Operating Mode: Relative

Temperature Monitoring

Measurement Range [°C]

-20...90

Resolution [°C]

0.2

Measurement Start Point [°C]

-20...76

Measurement End Point [°C]

4...100

Setting Step [°C]

0.2

Liquid Medium - Absolute Working Mode

Setting Range [m/s]

0.04...3

Measurement Range at Maximum Sensitivity [m/s]

0.04...3

Liquid Medium - Relative Working Mode

Setting Range [m/s]

0.04...6

Measurement Range at Maximum Sensitivity [m/s]

0.04...3

Gas - "Absolute" Working Mode

Setting Range [m/s]

0...100

Measurement Range at Maximum Sensitivity [m/s]

30...100

Gas - "Relative" Working Mode

Setting Range [m/s]

0...200

Measurement Range at Maximum Sensitivity [m/s] 30...100

Accuracy/Tolerance

Temperature Change Rate [cm/s x 1/K]

0.003 m/s x 1/K (< 20 °C; > 70 °C)

Maximum Temperature Change Rate of Medium [K/min]

100

Absolute Operating Mode

Repeatability

0.05 m/s; (Water; Flow Rate: 0.05...3 m/s)

Relative Operating Mode

Accuracy

± (7 % MW + 2 % MEW); (Relative mode applicable to the maximum sensitivity range under the following conditions: Water: 20...70 °C; Inlet Length: 1.5 m; DN25 (DIN 2448); Installation position according to the instruction manual; Accuracy may vary for other media and installation positions.)

Repeatability

0.05 m/s; (Water; Flow Rate: 0.05...3 m/s)

Temperature Monitoring

Temperature Change Rate

± 0.005 K/°C

Accuracy [K]

± 0.3 / ± 1; (Water; Flow rate: 0.3...3 m/s / Air; Flow rate: > 10 m/s)

Reaction Time

Reaction Time [s]

0.5; (T09; Water; Ethylene glycol: 0.8 s; Air: 7 s; Oil: 1.8 s; per T09)

Temperature Monitoring

Response Time T05 / T09 [s]

1.5 (T09); (Water; Flow rate: 0.3...3 m/s)

Software/Programming

Parameter Settings

Media Settings; Damping; Teach function; Rotatable and switchable display; Measurement Standard Units; Process Value Colors

Operating Conditions

Ambient Temperature [°C]

-40...80

Storage Temperature [°C]

-40...100

Enclosure Protection Rating

IP 65; IP 67

Certification/Testing

EMC (Electromagnetic Compatibility)

DIN EN 60947-5-9

Shock Resistance

DIN EN 60068-2-27

50 g (11 ms)

Shock Resistance

DIN EN 60068-2-6

20 g (10...2000 Hz)

MTTF [Year]

180

UL Certification

UL Certification Number

I004

Number of Documents UL

E174189

Mechanical Technical Data

Weight [g]

281

Raw Materials

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

Materials (Wet Components)

Stainless Steel (1.4404 / 316L); Seals: FKM

System Interface

Threaded Connection M18 x 1.5 Internal Thread

Display/Operator

Display

Display Units

6 x LEDs, Green (%, m/s, l/min, m³/h, °C, 10³)

Measured Values

Alphanumeric Display, Red/Green 4 Digits

Notes

Notes

MW = Measured Value

MEW = Final value of the measuring range

Packaging Units

1 Piece

Electrical Connections

Interfaces

Connector: 1 x M12; Decoder: A; Contact: Gold Plated

IFM Infrared Red Light Sensor

Distributed Intelligent Networking for Sensors and Actuators to Control Surfaces AS-Interface Controller / Gateways Network Expansion Power Supply and Grounding Relay E/A Module Switchgear E/A Module Field Application Safety at Work AS-i Sensor, Pneumatic and Drive Scheme Identification System: Square Code Reading System RF Identification System Power Accessories - Quickly Install and Connect Sensors Using appropriate accessories can save time and money and improve work safety. From mounting brackets to connectors, from pipe adapters to insertion tubes, you can find the components you need for your application here.

IFM Sensor Selection Principles

To perform a specific measurement, the first step is to consider which sensor principle to use. This requires analyzing multiple factors. Even when measuring the same physical quantity, there are various sensor principles available. Determining the most suitable principle depends on the characteristics of the measured quantity and the sensor's operating conditions, considering the following specific issues: measurement range; the sensor size requirements at the measurement location; whether the measurement method is contact or non-contact; the signal extraction method (wired or non-contact); the sensor's origin (domestic or imported), its price, or whether it needs to be developed in-house.

After considering these issues, the type of sensor to choose from can be determined, and then the specific performance specifications of the sensor can be considered.

KF5002KFA3008-BPKG/NI/US

KG0008KGE2008-FBOA/NI

KG0009KG-2008-ABOA/NI

KG0010KG-2008-BBOA/NI

KG0012KG-2008-ABOA/NI/LS100

KG0013KG-2008-BBOA/NI/LS100

KG0014KG-2008-BBOA/NI

KG0015KG-2009-ABOA/NI

KG5025KG-3008-FNKG/NI

KG5028KG-3008-FNKG/NI

KG5034KG-3008-FNKG/NI/5M

KG5040KGE2008-FRKG/NI KG5041KGE3008-BPKG/NI

KG5042KGE3008-APKG/NI

KG5043KG-3008-BPKG/NI

KG5044KG-3008-APKG/NI

KG5045KG-3008-ANKG/NI

KG5046KG-3008-BNKG/NI

KG5047KG-2008-FRKG/NI/PH

KG5051KG-3008-ANKG/NI/35M/BS

KG5052KG-3008-BPKG/NI

KG5053KG-3008-ANKG/NI

KG5054KG-3008-BPKG/NI/US

KG5055KG-3002-BNKG/NI KG5057KG-3008-BPKG/NI/US

KG5058KG-3007-BPKG/NI/025M

Our company mainly deals in European and American brands and can source brands from any European country. For example, our advantageous German brands include: BURKERT, DEMAG, HAWE, REXROTH, HYDAC, PILZ relays, FESTO, IFM sensors, E+H, HEIDENHAIN, P+F sensors, SICK, TURCK, and HIRSCHMANN industrial switches. German brands: Hengstler, Murr, Schmersal, Samson, EPRO (Emerson Group)

American brands: MOOG, ASCO, MAC, NUMATICS, PARKER, Vickers, Helón (Norgren)

Italian brands: OMAL, ATOS, CAMOZZI, UNIVER, Camozzi