What maintenance is required for the Double-acting actuator with magnet and cushioning ISO 15552 series 3 to ensure sealing (NBR/polyurethane) and cushioning performance?

Double-acting actuator with magnet and cushioning ISO 15552 series 3 . Maintenance for sealing (NBR/polyurethane) and cushioning performance 1. Regular inspection - Visual check every 1â3 months for external damage, dirt or corrosion on sleeve, cover and sensor grooves. - Inspect piston rod and visible seals for wear, cuts, extrusion or hardening. 2. Cleaning - Clean smooth walls and sensor grooves with a soft cloth and mild detergent; avoid solvents that swell NBR or polyurethane. - Remove debris from cushion areas and ports to prevent abrasive wear. 3. Lubrication - Use manufacturer-recommended lubricant compatible with NBR and polyurethane; apply sparingly to seal contact surfaces during scheduled maintenance (every 6â12 months or per cycle count). - Do not over-lubricate.excess attracts dirt and degrades seals. 4. Seal and cushioning checks - Check static and dynamic sealing by leak test at working pressure (0.4â10 bar) periodically or after heavy use. - Verify cushioning function by observing stroke deceleration and listening for unusual noises; adjust or replace cushion components if impact is harsh or inconsistent. - Inspect cushioning seals for cracking or compression set; polyurethane cushions are prone to abrasion.replace if deformed. 5. Replacement intervals - Replace NBR seals typically every 1â3 years depending on duty, temperature (-10Â°C to +80Â°C) and media; polyurethane cushions as needed based on wear (often annually in heavy-duty use). - Always use OEM or equivalent NBR/polyurethane parts. 6. Assembly and storage - During reassembly ensure grooves and ports are clean and sensors mounted on common plane are correctly seated. - Store spare seals in cool, dark conditions away from ozone and solvents. 7. Documentation - Log inspections, leak tests, and replacements; increase frequency if operating near limits (high pressure, extreme cycles or temperatures). Following these steps preserves sealing integrity and cushioning performance of the Double-acting actuator with magnet and cushioning ISO 15552 series 3.

How does temperature range (-10Â°C to +80Â°C) affect performance of the Double-acting actuator with magnet and cushioning ISO 15552 series 3?

How does temperature range (-10Â°C to +80Â°C) affect performance of the Double-acting actuator with magnet and cushioning ISO 15552 series 3? The declared operating temperature (-10Â°C to +80Â°C) defines reliable functioning of the Double-acting actuator with magnet and cushioning ISO 15552 series 3 without accelerated wear or failure. Within this range: - Seals (NBR, polyurethane) retain elasticity and sealing capability; near -10Â°C they become stiffer (slower response, slightly increased leakage risk), near +80Â°C they soften (higher wear, reduced pressure rating over prolonged exposure). - Lubrication viscosity and friction remain within design limits; low temperatures may increase start-up friction, high temperatures can thin lubricants accelerating wear. - Aluminum sleeve and cast cover maintain structural integrity and dimensions across the range; thermal expansion is minimal and generally does not affect sensor alignment thanks to the calibrated sleeve and common-plane sensor grooves. - Magnet sensors and cushioning operate normally; extreme ends can affect sensor electronics if ambient plus heat sources exceed limits. For best lifetime and performance keep operation within the specified range and avoid prolonged exposure at the extremes.

Double-acting actuator with magnet and cushioning ISO 15552 series 3

Q: How do the magnet and sensor grooves on the Double-acting actuator with magnet and cushioning ISO 15552 series 3 affect installation?

How do the magnet and sensor grooves on the Double-acting actuator with magnet and cushioning ISO 15552 series 3 affect installation? The Double-acting actuator with magnet and cushioning ISO 15552 series 3 includes two dedicated grooves on a common plane, designed specifically for sensor mounting and aligned with the power supply ports. These grooves simplify and speed up installation in several ways: - Precise, repeatable sensor placement: sensors slide into pre-machined grooves, ensuring exact axial and radial positioning relative to the piston magnet without manual alignment. - Reduced wiring complexity: grooves on the same plane as the power supply ports allow tidy, direct routing of cables and connectors, minimizing awkward bends and strain relief needs. - Faster assembly and adjustments: sensors can be mounted or swapped without disassembling covers or disrupting other connections thanks to the accessible groove layout. - Cleaner installation footprint: remaining sleeve walls are smooth and easy to clean, so mounted sensors do not create hard-to-reach crevices that trap dirt. - Compact, low-profile mounting: grooves keep sensors close to the actuator body for a slimmer overall profile, useful in tight installations. - Reliability and protection: sensors seated in grooves are better protected from accidental knocks compared with externally mounted units, and the anodized, calibrated aluminum sleeve provides steady support. - Compatibility across sizes: grooves are integrated into the lightweight sleeve and are applicable for piston diameters Ã32â100 mm and stroke lengths 50â800 mm, supporting consistent installation practices across the series. Overall, the groove design on the Double-acting actuator with magnet and cushioning ISO 15552 series 3 streamlines sensor installation, improves alignment and protection, and keeps cabling tidyâaccelerating commissioning and reducing maintenance.

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Additional information

Maximum operating temperature [°C]	80
Minimum operating temperature [°C]	-10

Double-acting actuator with magnet and damping ISO 15552 series 3. It features a special sleeve with minimized weight, made of anodized, calibrated aluminum, and two grooves for sensor mounting on a common plane with power supply ports. The remaining walls are smooth and easy to clean. The actuator cover is made of high-pressure aluminum casting. Piston diameter: Ø 32 ÷ 100 mm. Stroke length: from 50 to 800 mm. Operating pressure: from 0.4 to 10 bar. Sealing: NBR, polyurethane. Operating temperature: from -10°C to +80°C.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
MW-1213320050CP	Actuator VDMA ISO 15552 32-0050	-	10	In stock	Enquiry
MW-1213320100CP	Actuator VDMA ISO 15552 32-0100	-	10	In stock	Enquiry
MW-1213320800XP	Actuator VDMA ISO 15552 32-0800	-	10	In stock	Enquiry
MW-1213500500XP	Actuator VDMA ISO 15552 50-0500	-	10	In stock	Enquiry
MW-1213630150CP	Actuator VDMA ISO 15552 63-0150	-	10	In stock	Enquiry
MW-1213800050AP	Actuator VDMA ISO 15552 80-0050	-	10	In stock	Enquiry
MW-1213800100AP	Actuator VDMA ISO 15552 80-0100	-	10	In stock	Enquiry
MW-1213800400AN	Actuator VDMA ISO 15552 80-0400	-	10	In stock	Enquiry
MW-1213A10150AP	Actuator VDMA ISO 15552 100-0150	-	10	In stock	Enquiry

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Double-acting actuator with magnet and damping ISO 15552 series 3. It features a special sleeve with minimized weight, made of anodized, calibrated aluminum, and two grooves for sensor mounting on a common plane with power supply ports. The remaining walls are smooth and easy to clean. The actuator cover is made of high-pressure aluminum casting. Piston diameter: Ø 32 ÷ 100 mm. Stroke length: from 50 to 800 mm. Operating pressure: from 0.4 to 10 bar. Sealing: NBR, polyurethane. Operating temperature: from -10°C to +80°C.