SMC Vacuum Ejector, 1.2 mm nozzle, -93 kPa 100 L/min, ZL3 series

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HK$116.80

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RS Stock No.:
623-393
Mfr. Part No.:
ZL3-SE1-A
Manufacturer:
SMC
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Brand

SMC

Product Type

Vacuum Ejector

Maximum Suction Flow

100L/min

Maximum Vacuum Pressure

-93kPa

Nozzle Diameter

1.2mm

Series

ZL3

Standards/Approvals

No

COO (Country of Origin):
JP

SMC ZL3 Series Vacuum Ejector, 100L/min Maximum Suction Flow, -93kPa Maximum Vacuum Pressure - ZL3-SE1-A


This vacuum ejector is a Compact pneumatic device used to generate vacuum for industrial automation and handling tasks. It creates suction from compressed Air to lift, hold or transfer components in assembly, electronics and mechanical processes, operating where space is limited and reliable vacuum generation is required.

Features & Benefits


• Max vacuum depth -93kPa delivers strong part retention
• Peak suction flow 100L/min supports small-object pickup
• 1.2mm nozzle offers concentrated suction for precise gripping
• Multi-stage venturi design improves suction-to-Air efficiency
• Low Air consumption reduces running costs during cycles
• Lightweight construction eases integration into Compact systems

Applications


• Suitable for pick-and-place of electronic components on production lines
• Ideal for gripping small machined parts in assembly automation
• Used for vacuum hold-down during testing of PCBs
• Can be used for suction transfer of thin or delicate substrates
• Suitable for retrofitting into machines replacing older vacuum generators

What supply pressure range is typical for operation?


The device is designed to run from standard workshop supply pressures within typical pneumatic system ranges, with performance characterised at common operating pressures.

How quickly does it establish vacuum in a small sealed chamber?


Time-to-vacuum depends on reservoir volume and supply pressure

representative test data show Rapid evacuation for a 1 litre sealed volume under standard test conditions.

What options exist for monitoring vacuum level?


Models can be specified with integrated vacuum sensing options including analogue or digital vacuum sensing interfaces and detection ports for direct monitoring.

Can the unit be controlled for energy-saving operation?


It supports configurations with a pressure-switch function enabling automatic on/off control of the supply valve to reduce Air use during idle periods.

What maintenance provisions are provided for noisy or dusty environments?


The design uses replaceable filter cartridges and acoustic insulation elements that can be serviced to maintain performance in contaminated atmospheres.

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