Front-left three-quarter view of a black monitored cleanroom magnetic lock kit with armature and L bracket

클린룸 장비 예비 부품

클린룸 Magnetic Lock

A monitored surface-mounted electromagnetic lock kit that provides fail-safe holding for narrow-stile cleanroom swing doors and reports magnetic bond status to the access system.

Monitored Magnetic Bond
Narrow-Stile Black Housing
Six-Position Terminal Block
Matched Armature and L Bracket

견적 요청 제품 찾아보기

상품 소개

This cleanroom magnetic lock is a single-door surface assembly for personnel entrances, airlocks and controlled process-room access points. Its black anodized aluminum body houses a laminated steel magnetic circuit and copper winding behind two parallel pole strips. A separate zinc-plated armature seats against that face when the door closes, while the slotted L bracket adapts the long lock body to a narrow header. The integrated status LED and terminal block support supervised access-control wiring without adding a separate visible reader or mechanical latch to the lock set.

주요 기능

Two parallel pole strips distribute magnetic attraction across the matched armature instead of concentrating load at a latch point.

A built-in bond-status circuit and red/green indicator provide a local visual cue for aligned magnetic contact.

The recessed six-position terminal block accommodates power and monitoring conductors behind a removable end cover.

The black anodized long-form housing and matching slotted L bracket suit slim cleanroom door headers while preserving service access.

고객 제품 관심사

Consistent electromagnetic holding depends on full pole-face contact, compatible low-voltage power and a mounting arrangement that does not preload or twist the armature.

A narrow cleanroom header may not provide enough flat face area for a conventional full-width surface magnet.The elongated narrow-stile body and slotted L bracket extend the mounting plane while keeping the magnetic face parallel to the door leaf.

An armature fixed too rigidly can touch only one pole edge when the door or gasket settles.The matched central armature fastener permits the limited seating movement needed for complete face contact without loose lateral travel.

A door can appear closed even though imperfect alignment prevents the magnet from developing a stable bond.The monitored magnetic circuit and local red/green LED provide a separate indication of bond condition for the access controller and service technician.

Incorrect voltage or shared wiring can cause weak holding, delayed release or unreliable monitoring signals.Power, common and status conductors are terminated separately on the recessed block and matched to the controller output before commissioning.

일반적인 응용 프로그램

Personnel airlock swing doorsGowning-room controlled entrancesClean laboratory corridor doorsProcess-suite access-controlled doors

기술 매개변수

The following ranges describe common single-door monitored surface maglocks and matched mounting hardware used on narrow-stile controlled-area swing doors.

핵심 재료	Laminated low-carbon electromagnetic steel pole core with copper coil, aluminum housing and zinc-plated steel armature
패널 두께	21-42 mm nominal lock-body depth
유효 폭	35-76 mm nominal lock-body face height
최대 길이	Up to 320 mm single-door lock-body length
강철 면면 두께	8-16 mm nominal armature-plate thickness
코어 밀도	7700-7900 kg/m³ for representative electromagnetic steel components
열전도도 (Thermal Conductivity)	Approximately 45-60 W/(m·K) for the laminated steel magnetic circuit
표면 마무리	Matte-black anodized aluminum housing and L bracket with satin zinc-plated armature and silver pole faces
접합 유형	Fail-safe face-contact magnet and floating armature with slotted L-bracket mounting, six-position terminal block and status LED
사용자 정의	의도된 응용 프로그램 및 운영 환경에 따라 사용할 수 있습니다.

사용 가능한 옵션

Matched 12 VDC or 24 VDC power configurationMagnetic bond and door-position monitoring contactsAlternative L, Z or header-extension bracketBlack, clear-anodized or stainless dress finish

Planning a Cleanroom Magnetic Lock specification?

치수, 설치 조건, 성능 목표 및 필요한 표면 마감을 보내십시오.

우리 팀과 대화하십시오.