Cooling Time Potentiometer Spare Part for HAWO HPL 300 & 500 BMS Impulse Bar Sealer | 2 x Single Potentiometer Parts Per Box | 6.532.005

Product Description

Ensure the precision and reliability of your HAWO impulse sealer with this genuine Cooling Time Potentiometer (Part No. 6.532.005). Specifically designed for the HAWO HPL 300 BMS and HPL 500 BMS series, this spare part is essential for maintaining the critical cooling phase of the sealing cycle.

In impulse sealing, the "cooling time" is just as vital as the heating phase. It allows the seal to set and become dimensionally stable while under pressure from the magnetic interlock. A faulty potentiometer can lead to inconsistent seal quality, premature jaw release, or "blown" seals. By replacing worn components with genuine HAWO parts, you guarantee the continued accuracy of your infinitely adjustable timing settings, protecting both your machine and your product integrity.

Key Features & Benefits

• Exact Compatibility: Engineered specifically for the HAWO HPL 300 & 500 BMS tabletop impulse bar sealers.
• Precision Control: Restores the "infinitely adjustable" cooling time functionality, allowing you to fine-tune the sealer for different film thicknesses (up to 2 x 0.2mm).
• Dual Pack Value: Supplied as a box of two (2) single potentiometer units, ensuring you have a backup on hand to minimize future downtime.
• OEM Reliability: Genuine HAWO spare part ensures a perfect fit and matches the electrical specifications required for the internal control board.
• Maintain Compliance: Crucial for operations in the medical, pharmaceutical, and electronics industries where consistent seal timing is required for quality control.

Technical Specifications

• Manufacturer: HAWO GmbH
• Part Number: 6.532.005
• Function: Controls the duration of the cooling phase after the heating impulse.
• Compatible Models: HAWO HPL 300 BMS, HAWO HPL 500 BMS.
• Packaging: 2 x Single Potentiometers per box.

Signs You Need to Replace This Part

• The sealing bar releases immediately after the heating pulse without a cooling delay.
• The cooling time remains the same regardless of how the adjustment dial is turned.
• The machine’s magnetic interlock fails to hold for the duration of the set cooling period.
• Visible "burning" or inconsistent melting at the seal site due to lack of setting time.