How do I extend the delay range of the Pneumatic Timing Component using an external tank?

To extend the delay range of the Pneumatic Timing Component using an external tank, follow these steps: 1. Select a suitable external tank: choose a reservoir with adequate volume to increase the effective pneumatic capacitance; larger volume yields longer delay. Ensure the tank materials and connectors are compatible with system pressure (2.5–8 bar) and working temperature (-10°C to +60°C). 2. Connect the tank to the component: use the 4 mm tubing plug connections provided on the Pneumatic Timing Component. Secure fittings to prevent leaks and maintain stable pressure. 3. Adjust system pressure and verify sealing: maintain supply pressure within the recommended range (typically near 6 bar for nominal performance). Confirm NBR seals and connections are leak-tight to preserve delay consistency. 4. Fine-tune the control knob: after adding the tank, set the delay via the integrated control knob. The enlarged reservoir increases the maximum achievable delay beyond the standard 0–30 s, and adjustment will be smoother over the extended range. 5. Test and calibrate: measure actual delay and repeatability (±0.4 s nominal) under load and adjust tank size or pressure as needed to meet application requirements. Monitor the integrated pressure indicator to ensure stable operation. 6. Installation tips: mount in any convenient position, but avoid excessive vibration; ensure rapid signal reset (<0.1 s) meets system timing needs once configuration is finalized.

How do I mount the Pneumatic Timing Component in confined spaces or different orientations to maintain accurate timing and performance?

Pneumatic Timing Component The Pneumatic Timing Component is designed for versatile mounting in confined spaces and in any orientation without compromising timing accuracy or performance. Key mounting considerations and best practices: - Any-position mounting: The unit’s design and NBR seals allow installation in vertical, horizontal or inverted orientations without affecting the adjustable delay (0–30 s) or repeatability (±0.4 s). - Space-saving placement: Its compact anodized aluminum/plastic body and plug connections for 4 mm tubing make it suitable for tight enclosures. Use short, smooth tubing runs and avoid sharp bends to preserve the nominal flow (100 Nl/min at 6 bar). - Secure fixation: Fasten the component using stable brackets or clamps to prevent vibration or movement that could affect connections or the external tank interface. Ensure mounting hardware does not deform the housing. - External tank use: When extending delay with an external tank, position the tank to minimize long, high-friction lines. Keep the tank and tubing within the device’s working pressure (2.5–8 bar) and temperature (-10°C to +60°C) limits. - Accessibility: Mount so the intuitive control knob and integrated pressure indicator remain accessible for adjustments and monitoring. Allow clearance for quick-disconnect of 4 mm plug fittings. - Environmental protection: In dusty, wet or corrosive environments, protect the unit with an enclosure or shield while maintaining ventilation to avoid temperature extremes that could affect NBR sealing. - Commissioning check: After installation, verify timing accuracy and rapid reset (<0.1 s) under actual system pressure and temperature, and confirm repeatability over several cycles. Following these guidelines ensures reliable, accurate timing performance of the Pneumatic Timing Component in confined spaces and varied orientations.

Pneumatic Timing Component

Q: How do I mount the Pneumatic Timing Component in confined spaces or different orientations to maintain accurate timing and performance?

Pneumatic Timing Component The Pneumatic Timing Component is designed for versatile mounting in confined spaces and in any orientation without compromising timing accuracy or performance. Key mounting considerations and best practices: - Any-position mounting: The unit’s design and NBR seals allow installation in vertical, horizontal or inverted orientations without affecting the adjustable delay (0–30 s) or repeatability (±0.4 s). - Space-saving placement: Its compact anodized aluminum/plastic body and plug connections for 4 mm tubing make it suitable for tight enclosures. Use short, smooth tubing runs and avoid sharp bends to preserve the nominal flow (100 Nl/min at 6 bar). - Secure fixation: Fasten the component using stable brackets or clamps to prevent vibration or movement that could affect connections or the external tank interface. Ensure mounting hardware does not deform the housing. - External tank use: When extending delay with an external tank, position the tank to minimize long, high-friction lines. Keep the tank and tubing within the device’s working pressure (2.5–8 bar) and temperature (-10°C to +60°C) limits. - Accessibility: Mount so the intuitive control knob and integrated pressure indicator remain accessible for adjustments and monitoring. Allow clearance for quick-disconnect of 4 mm plug fittings. - Environmental protection: In dusty, wet or corrosive environments, protect the unit with an enclosure or shield while maintaining ventilation to avoid temperature extremes that could affect NBR sealing. - Commissioning check: After installation, verify timing accuracy and rapid reset (<0.1 s) under actual system pressure and temperature, and confirm repeatability over several cycles. Following these guidelines ensures reliable, accurate timing performance of the Pneumatic Timing Component in confined spaces and varied orientations.

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Additional information

Material	P – material (plastic)

This compact pneumatic time element ensures precise control of signal delays, offering adjustable settings via an intuitive control knob for maximum flexibility in automation processes. The delay range can be extended by connecting an external tank, making it adaptable to various industrial applications. Designed with a robust anodized aluminum and plastic body, brass and plastic internal components, and reliable NBR sealing, it guarantees durability and long-lasting performance. With a nominal flow of 100 Nl/min at 6 bar and an adjustable delay from 0 to 30 seconds, it provides consistent accuracy with repeatability of ±0.4 s and a rapid signal reset time under 0.1 s. The integrated pressure indicator and convenient plug connections for 4 mm tubing simplify installation and monitoring, while the ability to mount in any position enhances versatility. Operating efficiently within a temperature range of -10°C to +60°C and a working pressure of 2.5 to 8 bar, this solution is ideal for optimizing pneumatic systems where reliability, precision, and adaptability are essential.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
MW-W3604000006	Time element TIMER (delay valve)	-	-	In stock	0 €		Enquiry

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This compact pneumatic time element ensures precise control of signal delays, offering adjustable settings via an intuitive control knob for maximum flexibility in automation processes. The delay range can be extended by connecting an external tank, making it adaptable to various industrial applications. Designed with a robust anodized aluminum and plastic body, brass and plastic internal components, and reliable NBR sealing, it guarantees durability and long-lasting performance. With a nominal flow of 100 Nl/min at 6 bar and an adjustable delay from 0 to 30 seconds, it provides consistent accuracy with repeatability of ±0.4 s and a rapid signal reset time under 0.1 s. The integrated pressure indicator and convenient plug connections for 4 mm tubing simplify installation and monitoring, while the ability to mount in any position enhances versatility. Operating efficiently within a temperature range of -10°C to +60°C and a working pressure of 2.5 to 8 bar, this solution is ideal for optimizing pneumatic systems where reliability, precision, and adaptability are essential.