유통업체에서 제공한 Honeywell LSXYAB3K에 대한 설명입니다.
LIMIT SWITCH, EXPLOSION PROOF, SIDE ROTARY, 1 NC/1 NO, SPDT, SNAP ACTION
Snap Acting/Limit Switch, SPDT, Momentary, 10A, 240VDC, Screw Terminal, Side Rotary Actuator, Panel Mount
EXPLOSIONPROOF LIMIT SWITCHES LSX NON PLUGIN: LOW TEMPERATURE VERSION; SIDE ROTARY; 1NC 1NO SPDT SNAP ACTION; 0.5 IN 14NPT CONDUIT
MICRO SWITCH™ Electromechanical Switches, MICRO SWITCH™ Hazardous Location Switches, MICRO SWITCH™ Explosion-Proof Switches
LIMIT SWITCH, 0.45N, SPDT-1NO/1NC; Actuator Type:Side Rotary; Max Operating Force:0.45N; Max Contact Voltage AC:600V; Max Contact Voltage DC:250V; Max Contact Current AC:10A; Max Contact Current DC:10A; Contact Configuration:SPDT-1NC/1NO; Contact Current Rating:10A; Series:LSX
Explosion Proof Limit Switch; Actuator Style:Side Rotary; Operating Force Max:0.45N; Circuitry:SPDT-1NO/1NC; Contact Current Max:10A; Leaded Process Compatible:Yes; Mounting Type:0.5in - 14NPT Conduit; Over Travel: ;RoHS Compliant: Yes
MICRO SWITCH LSX Series Explosion-Proof Limit Switches (Non Plug-in), Low Temperature Version, Side Rotary, 1NC 1NO SPDT Snap Action, 0.5 in - 14NPT conduit MICRO SWITCH LSX switches are for use either indoors or outdoors in hazardous atmospheres as they are a completely sealed, explosion-proof device. Mounting hole location and tracking is the same as the long established MICRO SWITCH ™ ML-E1 explosion-proof switch. An optional mounting plate provides the same tracking and mounting as the standard HDLS. The majority of HDLS operating heads and circuitry options are available on the LSX. Standard HDLS levers are used, but because of explosion-proof requirements, only nylon rollers or other non-sparking material can be selected. Plunger and cat whisker types listed in the LSX order guide are non-sparking materials. The MICRO SWITCH LSX withstands pressure of an internal explosion and cools the exploding gases below the kindling temperature of the explosive atmosphere. Flame paths are provided by the cover-housing threads and an extended plunger between the switch cavity and head.