OMRON
XE-NA277-2
Switch - Sealed one-way action roller arm lever - OMRON (ZE/ZV/ZV2/XE/XV/XV2) - Sealed (Booted) - For DC signalling circuit - Side mounting - SPDT (Single Pole Double Throw) - IP65 - Operating force 7.26N
Please add this item to cart to request a quote or contact us at [email protected] for product availability.
Brand
SKU
XE-NA277-2
Net Price
$144.00
Please add this item to cart to request a quote or contact us at [email protected] for product availability.
Lakewood Automation does not offer overseas shipping at this time
ZE_ZV_ZV2_XE_XV_XV2
Description
Switch - Sealed one-way action roller arm lever - OMRON (ZE/ZV/ZV2/XE/XV/XV2) - Sealed (Booted) - For DC signalling circuit - Side mounting - SPDT (Single Pole Double Throw) - IP65 - Operating force 7.26N
Additional Information
XENA2772
Specifications
Primary brand
OMRON
Product series / family name
ZE/ZV/ZV2/XE/XV/XV2
Functions
Sealed one-way action roller arm lever
For DC signalling circuit
For DC signalling circuit
Degree of protection
IP65
Operating force
7.26 N
Electrical durability (with load)
100 000 operations
Mechanical durability (at no load)
1 000 000 operations
Rated current
(125Vdc) 10 A
(resistive load 8Vdc) 10 A
(resistive load 14Vdc) 10 A
(resistive load 30Vdc) 10 A
(resistive load 125Vdc) 10 A
(resistive load 250Vdc) 3 A
(NC contact; lamp load 8Vdc) 3 A
(NO contact; lamp load 8Vdc) 1.5 A
(NC contact; lamp load 14Vdc) 3 A
(NO contact; lamp load 14Vdc) 1.5 A
(NC contact; lamp load 30Vdc) 3 A
(NO contact; lamp load 30Vdc) 1.5 A
(NC contact; lamp load 125Vdc) 3 A
(NO contact; lamp load 125Vdc) 1.5 A
(NC contact; lamp load 250Vdc) 1.5 A
(NO contact; lamp load 250Vdc) 0.75 A
(NC contact; inductive load 8Vdc) 10 A
(NO contact; inductive load 8Vdc) 10 A
(NC contact; inductive load 14Vdc) 10 A
(NO contact; inductive load 14Vdc) 10 A
(NC contact; inductive load 30Vdc) 10 A
(NO contact; inductive load 30Vdc) 10 A
(NC contact; inductive load 125Vdc) 7.5 A
(NO contact; inductive load 125Vdc) 6 A
(NC contact; inductive load 250Vdc) 2 A
(NO contact; inductive load 250Vdc) 1.5 A
(NC contact; motor load 8Vdc) 5 A
(NO contact; motor load 8Vdc) 2.5 A
(NC contact; motor load 14Vdc) 5 A
(NO contact; motor load 14Vdc) 2.5 A
(NC contact; motor load 30Vdc) 5 A
(NO contact; motor load 30Vdc) 2.5 A
(NC contact; motor load 125Vdc) 2 A
(NO contact; motor load 125Vdc) 2.5 A
(NC contact; motor load 250Vdc) 2 A
(NO contact; motor load 250Vdc) 1.5 A
(Inrush NC contact max) 30 A
(Inrush NO contact max) 15 A
(resistive load 8Vdc) 10 A
(resistive load 14Vdc) 10 A
(resistive load 30Vdc) 10 A
(resistive load 125Vdc) 10 A
(resistive load 250Vdc) 3 A
(NC contact; lamp load 8Vdc) 3 A
(NO contact; lamp load 8Vdc) 1.5 A
(NC contact; lamp load 14Vdc) 3 A
(NO contact; lamp load 14Vdc) 1.5 A
(NC contact; lamp load 30Vdc) 3 A
(NO contact; lamp load 30Vdc) 1.5 A
(NC contact; lamp load 125Vdc) 3 A
(NO contact; lamp load 125Vdc) 1.5 A
(NC contact; lamp load 250Vdc) 1.5 A
(NO contact; lamp load 250Vdc) 0.75 A
(NC contact; inductive load 8Vdc) 10 A
(NO contact; inductive load 8Vdc) 10 A
(NC contact; inductive load 14Vdc) 10 A
(NO contact; inductive load 14Vdc) 10 A
(NC contact; inductive load 30Vdc) 10 A
(NO contact; inductive load 30Vdc) 10 A
(NC contact; inductive load 125Vdc) 7.5 A
(NO contact; inductive load 125Vdc) 6 A
(NC contact; inductive load 250Vdc) 2 A
(NO contact; inductive load 250Vdc) 1.5 A
(NC contact; motor load 8Vdc) 5 A
(NO contact; motor load 8Vdc) 2.5 A
(NC contact; motor load 14Vdc) 5 A
(NO contact; motor load 14Vdc) 2.5 A
(NC contact; motor load 30Vdc) 5 A
(NO contact; motor load 30Vdc) 2.5 A
(NC contact; motor load 125Vdc) 2 A
(NO contact; motor load 125Vdc) 2.5 A
(NC contact; motor load 250Vdc) 2 A
(NO contact; motor load 250Vdc) 1.5 A
(Inrush NC contact max) 30 A
(Inrush NO contact max) 15 A
Contacts type
SPDT (Single Pole Double Throw)
Manufacturer product status
Commercialized
Mounting location
Side mounting
Force (N)
(Release) 2.26 N
Sealing
Sealed (Booted)
Related Documents
| Name | Last Update | Language |
|---|---|---|
| OMRON - ZE_ZV_ZV2_XE_XV_XV2 - Datasheet | 29 Oct 2016 | English (US) |