Applications
The EOHU series non-fusible safety switches are side-operated,
1
3 pole, 600V, available in UL environmental ratings TYPE 12 and
TYPE 3R housed in steel sheet enclosures and TYPE 4X housed
in stainless steel sheet enclosures.
Heavy duty non-fusible safety switches offer the ability to
manually open and close a circuit. Products can be used as
Disconnecting Means or on the load side of a branch circuit
protective device and are suitable for use as motor disconnects.
General purpose current ratings: 800 A and 1200 A
Standards: UL98, UL50, NEMA KS1, CSA
Catalog numbers:
TYPE 12: EOHU367J, EOHU368J
TYPE 3R: EOHU367R, EOHU368R
Enclosure material specification: Electrically galvanized steel,
polyester powder coating. Thickness: door 0.079 in /2 mm,
enclosure walls 0.079 in / 2 mm, enclosure bottom 0.079 in /
2 mm (EOHU367_) and 0.118 in / 3 mm (EOHU368_). Handle:
glass reinforced polyamide (PA f1), polycarbonate (PC f1).
Enclosure color: ANSI 61 (light gray).
Neutral link
Ground
bus
(optional)
The EOHU367J/_R/_S/_SS and EOHU368J/_R/_S/_SS non-fusible safety switches up to 600 VAC, 3-ph with the ground bus (included) and the neutral link N
(optional)
1/4 Applications | Instruction Bulletin EOHU367/8J/R/S/SS, 1SCC340040M1401 / A
Catalog numbers:
TYPE 4X: EOHU367S, EOHU368S
Enclosure material specification: Stainless steel sheet, Grade
304: AISI304. Thickness: door 0.079 in /2 mm, enclosure
walls 0.079 in / 2 mm, enclosure bottom 0.079 in / 2 mm
(EOHU367_) and 0.118 in / 3 mm (EOHU368_). Handle: glass
reinforced polyamide (PA f1), polycarbonate (PC f1).
Catalog numbers:
TYPE 4X: EOHU367SS, EOHU368SS
Enclosure material specification: Stainless steel sheet, Grade
316: AISI316. Thickness: door 0.079 in /2 mm, enclosure
walls 0.079 in / 2 mm, enclosure bottom 0.079 in / 2 mm
(EOHU367_) and 0.118 in / 3 mm (EOHU368_).Handle: glass
reinforced polyamide (PA f1), polycarbonate (PC f1).
Auxiliary contacts
(optional) inside the
mechanism
Disconnecting means
Short circuit protective device
Controller
Overload protection
Motor disconnection