Kontrolieri - process, temperatūra


Attēls KEY atslēgas numurs / ražotājs Apraksts / PDF Daudzums / RFQ

89422412

Crouzet

CONTROL TEMP REL/SS OUT 24V.

6959gab krājumi

PSC12005

PSC12005

Red Lion Controls

CONTROL PROC ANALOG OUT 115/230V.

6959gab krājumi

AKT4H1111041

AKT4H1111041

Panasonic Industrial Automation Sales

CONTROL TEMP/PROCESS 100-240V.

183gab krājumi

TCU12005

TCU12005

Red Lion Controls

CONTROL TEMP ANALOG OUT 115/230V.

5464gab krājumi

89422418

Crouzet

CONTROL TEMP REL/SS OUT 100-240V.

6932gab krājumi

E5EZ-PRR2T AC100-240

Omron Automation and Safety

CONTROL TEMP RELAY OUT 100-240V.

188gab krājumi

K8AC-H22CC-FLK

Omron Automation and Safety

DETECT HEATER ELEMENT 85-264V. Controllers Heater Burnout Detect 222A

167gab krājumi

PXU41B20

Red Lion Controls

PID CTLR TEMP/PROCESS.

6922gab krājumi

E5EK-TAA2 AC100-240

Omron Automation and Safety

CONTROL TEMP/PROCESS 100-240V.

116gab krājumi

E5EK-PRR2-500

Omron Automation and Safety

CONTROL TEMP/PROCESS 100-240V.

6906gab krājumi

E5ZN-2TPH03G-300

Omron Automation and Safety

CONTROL TEMPERATURE DIN RAIL.

6901gab krājumi

E5AN-HTPRR2BM-500 AC100-240

Omron Automation and Safety

CONTROL TEMP/PROCESS 100-240V.

123gab krājumi

AKT41112011

AKT41112011

Panasonic Industrial Automation Sales

CONTROL TEMP/PROCESS 100-240V.

6882gab krājumi

T4810105

T4810105

Red Lion Controls

CONTROL TEMP 85-250V PANEL MOUNT.

6852gab krājumi

T4811112

T4811112

Red Lion Controls

CONTROL TEMP REL OUT 24V 18-36V.

6851gab krājumi

TCU12108

TCU12108

Red Lion Controls

CONTROL TEMP ANALOG OUT 115/230V.

6845gab krājumi

E5CZ-R2MT AC100-240

Omron Automation and Safety

CONTROL TEMP RELAY OUT 100-240V.

6844gab krājumi

AKT8113200

Panasonic Industrial Automation Sales

CONTROL TEMP/PROCESS 100-240V.

6837gab krājumi

AKT4211200

AKT4211200

Panasonic Industrial Automation Sales

CONTROL TEMP/PROC RELAY OUT 24V.

6835gab krājumi

AKT4H2121102

AKT4H2121102

Panasonic Industrial Automation Sales

CONTROL TEMP/PROC 24V PANEL MT.

318gab krājumi