SMC Pneumatic Regulator - -100 kPa SY5000

Subtotal (1 unit)*

$157.20

(exc. GST)

$172.92

(inc. GST)

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RS Stock No.:
270-4426
Mfr. Part No.:
SY50M-00-A1
Brand:
SMC
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Brand

SMC

Product Type

Pneumatic Regulator

Series

SY5000

Material

Aluminium Die Cast

Maximum Operating Temperature

50°C

Standards/Approvals

No

Minimum Operating Pressure

-100kPa

SMC SY5000 Series Pneumatic Regulator, Aluminium Body, 50 °C Maximum Operating Temperature - SY50M-00-A1


This pneumatic regulator controls and stabilises Air pressure in industrial pneumatic systems. Designed for use where robust pressure management is required, it is manufactured from die-cast aluminium and intended for applications that demand consistent regulation across a defined thermal and pressure range.

Features & Benefits


• Aluminium die-cast body provides corrosion resistance and weight savings
• Maximum operating temperature 50°C supports warm-environment operation
• Minimum operating pressure -100 kPa enables vacuum-side applications
• High-flow capability aids Rapid system response and reduced lag
• Compatible with industrial Air supply systems for straightforward integration

Applications


• Suitable for pressure control in factory automation equipment
• Ideal for pneumatic actuators in mechanical assembly lines
• used with electronic control panels requiring stable Air supply
• Can be used for Air preparation units in test and measurement rigs

What material properties affect longevity in industrial settings?


The die-cast aluminium construction offers a balance of structural strength and reduced mass, which helps resist mechanical stress while lowering system weight.

How does the regulator perform at elevated ambient temperatures?


It maintains regulation functionality up to 50°C, allowing continuous operation in processes that generate heat without derating performance.

Can it handle negative pressure or slight vacuum conditions?


Yes, it is capable of operating down to -100 kPa, permitting use in systems that require control across sub-atmospheric pressures.

How does the unit support quick response to flow changes?


The design facilitates high-flow throughput, which improves transient response and helps maintain set pressure during Rapid consumption events.

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