Jaudas releji, vairāk nekā 2 ampēri

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

MK3P5-S-DC32

Omron Automation and Safety

RELAY GEN PURPOSE 3PDT 10A 32V.

4924gab krājumi

MJN1C-IN-AC24

MJN1C-IN-AC24

Omron Automation and Safety

RELAY GEN PURPOSE SPDT 10A 24V.

2715gab krājumi

MJN1C-I-AC120

MJN1C-I-AC120

Omron Automation and Safety

RELAY GEN PURPOSE SPDT 10A 120V.

2715gab krājumi

MJN1C-I-DC48

MJN1C-I-DC48

Omron Automation and Safety

RELAY GEN PURPOSE SPDT 10A 48V.

2715gab krājumi

MK3P5-I DC125

Omron Automation and Safety

RELAY GEN PURPOSE 3PDT 10A 125V.

4923gab krājumi

MJN3C-I-AC24

MJN3C-I-AC24

Omron Automation and Safety

RELAY GEN PURPOSE 3PDT 10A 24V.

2715gab krājumi

MK3P5-I-DC6

Omron Automation and Safety

RELAY GEN PURPOSE 3PDT 10A 6V.

4921gab krājumi

MJN1C-N-DC48

MJN1C-N-DC48

Omron Automation and Safety

RELAY GEN PURPOSE SPDT 10A 48V.

2715gab krājumi

MK3P5-I-DC48

Omron Automation and Safety

RELAY GEN PURPOSE 3PDT 10A 48V.

4921gab krājumi

MJN1C-I-DC110

MJN1C-I-DC110

Omron Automation and Safety

RELAY GEN PURPOSE SPDT 10A 110V.

2715gab krājumi

MK3P5-I-AC12

Omron Automation and Safety

RELAY GEN PURPOSE 3PDT 10A 12V.

4920gab krājumi

MK3P5-I-AC50

Omron Automation and Safety

RELAY GEN PURPOSE 3PDT 10A 50V.

4920gab krājumi

MK3P5-I-DC12

Omron Automation and Safety

RELAY GEN PURPOSE 3PDT 10A 12V.

4920gab krājumi

MK3P5-I-AC6

Omron Automation and Safety

RELAY GEN PURPOSE 3PDT 10A 6V.

4918gab krājumi

MK3P5-I-AC100

Omron Automation and Safety

RELAY GEN PURPOSE 3PDT 10A 100V.

4918gab krājumi

MK2P-S-DC6

Omron Automation and Safety

RELAY GEN PURPOSE DPDT 10A 6V.

4918gab krājumi

MK2PN-S-DC6

Omron Automation and Safety

RELAY GEN PURPOSE DPDT 10A 6V.

4751gab krājumi

MK2P-S DC125

Omron Automation and Safety

RELAY GEN PURPOSE DPDT 10A 125V.

4917gab krājumi

MK2P-S-AC6

Omron Automation and Safety

RELAY GEN PURPOSE DPDT 10A 6V.

4917gab krājumi

MK2P-S-AC100

Omron Automation and Safety

RELAY GEN PURPOSE DPDT 10A 100V.

4916gab krājumi