Ceramic pressure transmitter with sensor -100kPa–6MPa | 0–60MPa | IP54/65

General Parameters
Measurement range: -100 kPa – 0.3 MPa ... 6 MPa, 0 – 0.3 MPa ... 60 MPa

Overload pressure: 1.5 times full scale (up to 80 MPa)

Burst pressure: 2 times full scale (up to 90 MPa)

Accuracy: ±0.5% F.S, ±1.0% F.S

Stability: < 0.5% F.S. per year

Operating temperature: -20 ~ +85 ℃

Storage temperature: -40 ~ +100 ℃

Media compatibility: gases or liquids compatible with 1Cr18Ni9Ti, 304 stainless steel, fluororubber (FKM), or nitrile rubber (NBR)

Output mode: two-wire / three-wire

Output signal:

4~20 mA (two-wire)

0.5~4.5 V (three-wire)

0~5 V (three-wire)

0~10 V (three-wire)

Power supply:

8-36 VDC (4-20 mA)

4.75-5.25 VDC (0.5-4.5 V)

8-36 VDC (0-5 V)

12-36 VDC (0-10 V)

Electrical connectors:

Packard

DIN43650C (small Hirschmann)

DIN43650A (large Hirschmann)

M12 waterproof connector

M12 aviation connector

GX12 aviation connector (3 or 4-pin)

Protection rating:

IP54 (GX12, Packard)

IP65 (DIN43650A, DIN43650C, M12 waterproof, M12 aviation 4-pin)

Pressure ports: G1/4, NPT1/4, R1/4, BSP1/4, G1/2, 7/16-20UNF, M20×1.5, M10×1, M14×1.5, etc.
Pressure type: Gauge pressure (G)
Certifications: Explosion-proof (E), RoHS, CE

Configurable Parameters by Order Code:
Order Code: ESLFT2000 0-16(A) K(B) A4(C) 1.0(D) P(E) G(F) 1.0(G)

A – Measurement range:

-100 kPa ~ 0.3 MPa ... 6 MPa

0 ~ 0.3 MPa ... 60 MPa

B – Unit:

K – kPa

P – psi

B – bar

M – MPa

C – Output signal (mode):

A4 – 4~20 mA (2-wire)

V05 – 0.5~4.5 V (3-wire)

V0 – 0~5 V (3-wire)

V10 – 0~10 V (3-wire)

D – Accuracy:

0.5 – ±0.5% F.S.

1.0 – ±1.0% F.S.

E – Electrical connection:

P – Packard

D – DIN43650C (small Hirschmann)

D1 – DIN43650A (large Hirschmann)

M – M12 waterproof

C3 – GX12 (3-pin aviation)

C4 – GX12 (4-pin aviation)

H – M12 (4-pin aviation V-type)

F – Pressure connection (thread):

G – G1/4

G2 – G1/2

N – NPT1/4

M20 – M20×1.5

R – R1/4

U – 7/16-20UNF

B – BSP1/4

G – Cable length:

1.0 – 1 meter

2.0 – 2 meters

3.0 – 3 meters

Features:
Ceramic sensing diaphragm – high overload resistance, long service life even in aggressive environments

Wide measurement range – from vacuum to high pressure (up to 60 MPa)

Digital temperature compensation – accurate operation under varying conditions

Wide output signal selection – suitable for integration into various control systems

Flexible mounting – multiple thread and connector options

Dust and water-resistant – reliable outdoor operation

Applications:
Water supply systems – pressure monitoring in pumps, tanks

Firefighting systems – stable monitoring for hydrants, pumps

Industrial automation – process control on production lines

Pneumatic systems – pressure regulation in compressed air lines

Laboratory environments – precise pressure control for testing systems

Air compressors – feedback signal for automatic systems

Advantages:
Very robust and resistant ceramic sensor

Suitable for aggressive or humid environments

Compact design – fits into tight spaces

Highly versatile – many thread and connector options

Digital compensation ensures accuracy

Easy to integrate into control and monitoring systems

Disadvantages:
Requires precise configuration at order – incorrect selection may lead to incompatibility

4–20 mA output requires accurate power supply and load resistor