Products
PN5000

Pressure sensor with display

PN5000

PN-400-SBR14-HFPKG/US/ /V

Pressure sensor with display

PN5000

PN-400-SBR14-HFPKG/US/ /V

With long-term stability thanks to high overload protection
Lifespan of more than 100 million pressure cycles
Clearly visible numerical display
Country-specific pressure units selectable
Memory function for the highest measured system pressure

Article to be discontinued

Alternative articles: PN7070 Product comparison: PN5000 / PN7070 When selecting an alternative article and accessories please note that technical data may differ!

Product characteristics

Number of inputs and outputs

Number of digital outputs: 1

Measuring range

0...400 bar

0...5800 psi

0...40 MPa

Process connection

threaded connection G 1/4 Internal thread

Application

System

gold-plated contacts

Application

for industrial applications

Media

liquids and gases

Conditionally suitable for

use in gases at pressures > 25 bar only on request

Medium temperature [°C]

-25...80

Min. bursting pressure

1000 bar

14500 psi

100 MPa

Pressure rating

600 bar

8700 psi

60 MPa

Type of pressure

relative pressure

Electrical data

Operating voltage [V]	18...36 DC; (to SELV/PELV)
Current consumption [mA]	< 50
Min. insulation resistance [MΩ]	100; (500 V DC)
Protection class	III
Reverse polarity protection	yes
Overvoltage protection	yes; (< 40 V)
Power-on delay time [s]	0.3
Integrated watchdog	yes

Inputs / outputs

Number of inputs and outputs	Number of digital outputs: 1

Outputs

Total number of outputs	1
Output signal	switching signal
Electrical design	PNP
Number of digital outputs	1
Output function	normally open / closed; (configurable)
Max. voltage drop switching output DC [V]	2
Permanent current rating of switching output DC [mA]	250
Switching frequency DC [Hz]	< 170
Short-circuit protection	yes
Type of short-circuit protection	yes (non-latching)

Measuring/setting range

Measuring range

0...400 bar

0...5800 psi

0...40 MPa

Set point SP

4...400 bar

60...5790 psi

0.4...40 MPa

Reset point rP

2...398 bar

30...5760 psi

0.2...39.8 MPa

In steps of

2 bar

30 psi

0.2 MPa

Factory setting

SP1 = 100 bar

rP1 = 92 bar

Accuracy / deviations

Switch point accuracy [% of the span]	< ± 0,5
Repeatability [% of the span]	< ± 0,1; (with temperature fluctuations < 10 K)
Characteristics deviation [% of the span]	< ± 0,25 (BFSL) / < ± 0,5 (LS); (BFSL = Best Fit Straight Line; LS = limit value setting)
Hysteresis deviation [% of the span]	< ± 0,25
Long-term stability [% of the span]	< ± 0,05; (per 6 months)
Temperature coefficient zero point [% of the span / 10 K]	0,2; (0...80 °C)
Temperature coefficient span [% of the span / 10 K]	0,2; (0...80 °C)

Reaction times

Delay time programmable dS, dr [s]	0; 0,2...50

Software / programming

Parameter setting options	hysteresis / window; normally open / closed; switch-on/switch-off delay; Damping; Display unit

Operating conditions

Ambient temperature [°C]	-20...80
Storage temperature [°C]	-40...100
Protection	IP 67

Tests / approvals

EMC

EN 61000-4-2 ESD	4 kV CD / 8 kV AD
EN 61000-4-3 HF radiated	10 V/m
EN 61000-4-4 Burst	2 kV
EN 61000-4-5 Surge	0,5/1 kV
EN 61000-4-6 HF conducted	10 V

Shock resistance

DIN IEC 68-2-27

50 g (11 ms)

Vibration resistance

DIN IEC 68-2-6

20 g (10...2000 Hz)

MTTF [years]

231

Mechanical data

Weight [g]	271.4
Material	stainless steel (1.4301 / 304); stainless steel (1.4404 / 316L); PC; PBT; PEI; FKM
Materials (wetted parts)	stainless steel (1.4305 / 303); ceramics; FKM
Min. pressure cycles	100 million
Process connection	threaded connection G 1/4 Internal thread

Displays / operating elements

Display

Display unit	3 x LED, green
Switching status	LED, yellow
Function display	alphanumeric display, 4-digit
Measured values	alphanumeric display, 4-digit

Remarks

Pack quantity	1 pcs.

Electrical connection

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

ifm efector, inc. • 1100 Atwater Drive • Malvern • PA 19355 — We reserve the right to make technical alterations without prior notice. — EN-US — PN5000-01 — 06.09.2010 —