Monday, June 26, 2017

Honeywell Sensing & Control SZL-VL Limit Switch Upgrades


Honeywell is pleased to announce an upgrade to the MICRO SWITCH SZL-VL Series Limit Switch effective May 16, 2017, offering the potential use in a wide variety of applications.

The new product features include the addition of positive opening contacts (side rotary version only), enhanced sealing level to IP67; NEMA 1, 12, 13, extended the temperature range, and added CCC certification.

The upgraded design includes modified seals, housing and a new design cable gland to improve seal performance. The housing design and mounting hole pattern remain the same. Any dimensional changes do not exceed more than 1mm.

The SZL-VL-S Series miniature-type limit switch is designed for use in applications where limited mounting space is available. With IP67 seal rating, these switches are suitable for OEM machinery that requires a rugged and reliable limit switch capable of being mounted in space restricted applications. Its design enhances ease of wiring with ample wiring space, and has an optional cable gland for faster and more efficient wiring termination.

The SZL-VL-S Series switches have a split-housing design made of a die-cast body and head with glass-filled, flame-retardant thermoplastic cover. The cover is removable for easy access and ease of installation. Modular actuator head design allows for configurations to meet a variety of application needs. The SZL-VL-S are available globally and carry certifications for applications around the world.

FEATURES
  • Approvals: CCC, CE, oculus
  • Sealed to IP67, NEMA 1, 12, 13
  • Snap-action contacts
  • Die-cast metal housing with glass-filled, flame-retardant thermoplastic cover
  • Stainless steel levers with either steel and nylon rollers
  • Variety of actuators
  • Positive-opening contacts (side rotary version only)
  • RoHS compliant
  • Utilization category: AC-15 A300 (380 Vac/0.5 A) DC-13 Q300 (220 Vdc/0.05 A)
  • Mechanical life rating: 10 million cycles
  • Electrical life rating: 0.5 million cycles


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