JUMO MIDAS C08

Article number: 802091

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Product information "JUMO MIDAS C08"

Pressure Transmitter JUMO MIDAS C08 with 0 to 10 bar Relative Pressure Input and 4 to 20 mA Output

JUMO MIDAS C08 – OEM Pressure Transmitter Basic Type: 401002/000-459-405-502-20-601-23/000

The OEM pressure transmitter is designed for reliable measurement of 0 to 10 bar relative pressure. With a 4 to 20 mA two-wire output, Quickon quick-clamping technology and high vibration resistance, this version is particularly suitable for machinery, compressors, building services and commercial vehicles.

For applications requiring reliable and long-term implementation of measurement tasks, the pressure transmitter from the Midas family is used as a basic product.

The JUMO MIDAS C08 is a pressure transmitter for OEM applications where relative pressure needs to be measured reliably over the long term. This version measures 0 to 10 bar relative pressure and outputs the signal as 4 to 20 mA in two-wire operation. With Quickon connection and G 1/4 process connection according to DIN EN 837, this variant is designed for fast and practical integration.

Technical Data

Design: JUMO MIDAS C08 – OEM Pressure Transmitter Basic
Input: 0 to 10 bar relative pressure
Output: 4 to 20 mA, two-wire
Process connection: G 1/4 DIN EN 837
Material process connection: CrNi (stainless steel)
Material seal: CrNi (stainless steel)
Electrical connection: Quickon
Type addition: none

Advantages and Technical Features

quality level specifically designed for OEM applications
high long-term stability below 0.2 %
fast installation through QUICKON quick-clamping technology
reduced installation times compared to conventional connection variants
high vibration resistance for applications exposed to vibration

A particular advantage of this version lies in its focus on the OEM sector. The new quality level, high long-term stability of below 0.2 % and the extended temperature compensation range from -20 to +100 °C support permanently reliable operation. Especially in applications where measurement values must remain stable not only in the short term but over extended periods, this is an important benefit.

This version is also designed for efficiency during installation. The QUICKON quick-clamping technology enables significantly faster installation and supports secure contacting even under temperature fluctuations. This makes the pressure transmitter especially interesting for applications where installation times need to be reduced and assembly processes simplified.

Another advantage is the increased vibration resistance. It is 2.5 times higher than the industry standard, making this version suitable for applications with increased vibration loads. This is a practical benefit in areas such as commercial vehicles, compressors and machinery and plant engineering.

The pressure transmitter is designed for gaseous or liquid media. The process connection and the seal are made of CrNi stainless steel, further emphasizing the robust design. Combined with 100% final inspection and fully automated measurement and calibration systems, this results in a solution focused on quality, process reliability and cost-effectiveness.

Typical Applications

machinery and plant engineering
compressors
building services
industrial pneumatics
commercial vehicles
applications with increased vibration loads
OEM applications

Dimensions

Height	3 cm
Length	56,1 cm
Width	11 cm

Weight

Weight	82 g

Other attributes

Country of origin	DE
Customs tariff number	90262020
Eingangsdruck	0 bis 10 bar Relativdruck
Prozessanschluss Verschraubung	G 1/4

Downloads:

Technical data:

General

Reference conditions

DIN 16086 and DIN EN 60770

Sensor

Measuring principle

Permissible load changes

Thick film on ceramic body (piezoresistiv)

> 10 Millionen, 0 until 100 % Measuring range

Mounting position

Calibrationslage

any

Device standing vertically, process connection at the bottom

Measuring range and accuracy

Measuring range	Linearity % MSP^f	Accuracy at			Long-term stability % MSP per annum	Overload capability bar	Burst pressure bar
Measuring range	Linearity % MSP^f	20 °C^d % MSP	-10 to +85 °C^e % MSP	-20 to +100 °C^e % MSP	Long-term stability % MSP per annum	Overload capability bar	Burst pressure bar
0 to 1.6 bar relative pressure	0,25	0,5	0,65	1	0,2	6	12
0 to 2.5 bar relative pressure		0,5	0,65			6	12
0 to 4 bar relative pressure		0,35	0,5			12	25
0 to 6 bar relative pressure						12	25
0 to 10 bar relative pressure						20	38
0 to 16 bar relative pressure						50	75
0 to 25 bar relative pressure						50	75
0 to 40 bar relative pressure						120	200
0 to 60 bar relative pressure						120	200
-1 to +0.6 bar relative pressure		0,5	0,65			6	12
-1 to +1.5 bar relative pressure		0,5	0,65			6	12
-1 to +3 bar relative pressure		0,35	0,5			12	25
-1 to +5 bar relative pressure						12	25
-1 to +9 bar relative pressure						20	38
-1 to +15 bar relative pressure						50	75
-1 to +24 bar relative pressure						50	75

^a Linearity after limit point setting

^b Reference conditions EN 61298-1

^c All pressure transmitters are vacuum-proof.

^d Includes: linearity, hysteresis, repeatability, deviation from initial and full scale

^e Includes: linearity, hysteresis, repeatability, deviation of initial and full scale range, thermal influence on starting range and span

^f MSP = Span

Exit

Analog	Other outputs are available on request.
Current	4 to 20 mA, Two-wire
Voltage	DC 0,5 to 4,5 V, Three-wire, ratiometric 10 to 90 % of the power supply
	DC 0 to 10 V, Three-wire
	DC 1 bis 5 V, Three-wire
	DC 1 bis 6 V, Three-wire
Jump Response T90	£ 2 ms
Burde Current Voltage (Load connected against "0 V/S-")	RL £ (UB - 8 V) ÷ 0,02 A (W) at 4 to 20 mA, two-wire RL ³ 5 kW at DC 0.5 to 4.5 V, three-wire RL ³ 10 kW at DC 0 to 10 V, three-wire RL ³ 10 kW at DC 1 to 5 V, three-wire RL ³ 10 kW at DC 1 to 6 V, three-wire

Mechanical Properties

Materials
Process connection	Stainless Steel 304
Gasket 600 (internal)	EPDM
Gasket 601 (internal)	FKM, standard
Gasket 602 (internal)	CR
Gasket 604 (internal)	FFKM
Gasket 609 (internal)	NBR
Process connection G 1/4 (externa)	FKM
Sensor Case	Ceramics Al₂O₃ 96 % Stainless steel 304
fixed cable	PBT-GF30, PVC
QUICKON	PBT-GF30
Round plug M12 × 1	PBT-GF30, Edelstahl 303 L
Bayonet stecker	PBT-GF30
Electrical connector	PBT-GF30, PA, Silikon
Gewicht	70 g with process connection G 1/4

^a Pay attention to the resistance of the selected sealing material!

Environmental impact

Medium temperature with electrical connection
fixed cable	-20 to +125 °C
Round plugs M12 × 1	-20 to +125 °C
Bayonet stecker	-20 to +125 °C
Electrical connector	-20 to +125 °C
Ambient temperature with electrical connection
fixed cable	-20 to +100 °C limited operation at ambient temperature -30 °C; Use only stationary, Kabelbruchgefahr
Round plugs M12 × 1	-20 to +100 °C
Bayonet stecker	-20 to +100 °C
Electrical connector	-20 to +100 °C
Storage temperature with electrical connection
fixed cable	-30 to +100 °C
Round plugs M12 × 1	-40 to +100 °C
Bayonet stecker	-40 to +100 °C
Electrical connector	-40 to +100 °C
zulässige Luftfeuchtigkeit Betrieb Lagerung	100 % relative humidity incl. condensation on the outer shell of the device 90 % relative humidity without condensation
Permissible mechanical stress Vibration Resistance Shock Resistance	50 g at 10 to 2000 Hz, according to IEC 60068-2-6 50 g for 3 ms, 100 g for 2 ms, according to IEC 60068-2-27
electromagnetic compatibility (EMV) Emission Stability	nach EN 61326-2-3 Class Ba Industrial Requirement
Protection	after EN 60529
for electrical connection
fixed cable	IP67
QUICKON^b	IP67
Round plugs M12 × 1^c	IP67
Baonet steckerc	IP67
Cable boxec, ^d	IP65

^a The product is suitable for industrial use as well as for household and small businesses.

^b Connecting cable diameter minimum 3.5 mm, maximum 6 mm

^c The degree of protection can only be achieved with a suitable, mounted counterpart.

^d Connecting cable diameter minimum 6 mm, maximum 8 mm

Electric Dating

Power supply UB	Ripple: The voltage peaks must not exceed or fall below the specified values of the power supply!
4 to 20 mA, Two-wire	DC 8 to 30 V, Nominal power supply DC 24 V
DC 0,5 to 4,5 V, Three-wire	DC 3 to 5,25 V, Nominal power supply DC 5 V, ratiometric output 10 to 90 % of the power supply
DC 0 to 10 V, Three-wire	DC 11,5 to 30 V, Nominal power supply DC 24 V
DC 1 to 5 V, Three-wire	DC 8 to 30 V, Nominal power supply DC 24 V
DC 1 to 6 V, Three-wire	DC 8 to 30 V, Nominal power supply DC 24 V
Current consumption incl. load	£ 25 mA £ 3 mA £ 3 mA £ 3 mA £ 3 mA
4 to 20 mA, Two-wire
DC 0,5 to 4,5 V, Three-wire
DC 0 to 10 V, Three-wire
DC 1 to 5 V, Three-wire
DC 1 to 6 V, Three-wire
Reverse polarity protection	yes
Circuit Requirement	SELV The device must be supplied with an electrical circuit that meets the requirements for "energy-limited circuits" of EN 61010-1.

Approvals and test marks

EAC Testing Laboratory Certificates/Inspection Numbers Test Basis applies to:	«Промтехконтроль» ЕАЭС N RU Д-DE.PA01.В.80830/21 TR TS 020/2011 Typ 401002
UL
Checkpoint	Underwriter Laboratories
Certificates/Verification Numbers	E201387
Test basis	UL 61010-1 (3. Ed.), CAN/CSA-22.2 No. 61010-1 (3. Ed.)
applies to:	Type Suffix 061