Schaefer Halyard Lift, Single SCH03-50
Availability: Please call to check availability. Not available for expedited shipping. Usually Ships Within 20 Days
Shipping and Delivery
Free shipping for orders of $98 or more (US Continental)
- Free shipping for orders of $750 or more (International)
- Add 3 business days to the standard shipping time for USPS deliveries.
- UPS and FedEx Ground usually take 2 to 5 business days for in-stock orders.
- UPS and FedEx deliver on Saturdays only for Friday overnight shipments, which may incur an extra
charge. - Orders that apply for free shipping will be delivered between 8 and 10 business days.
- International customers will be responsible for any applicable import duties,fees, or taxes.
- Oversized items like whisker poles, spinnaker poles, and tracks over 7 feet require freight shipping, with an estimated cost of $500 depending on the destination.These orders must be delivered to a
commercial address, such as a marina, yacht club, or boatyard where your sailboat is located.
A recipient must be present to sign for the delivery upon arrival,For more info, Click Here.
Manufacturer part #: 03-50
| Features | American | Metric |
|---|---|---|
| Description | Halyard Lift Delrin™ | |
| Length | 1 31/32 in | 50 mm |
| Width | 19/32 in | 15 mm |
| Sheave Ø | 1 7/16 in | 37 mm |
| Max Wire | 7/16 in | 11 mm |
| Jaw Opening | 1 3/4 in | 44 mm |
| Pin Ø | 1 5/8 in | 41 mm |
| C/C Length | 1 5/32 in | 29 mm |
| C/C Across | 1 5/16 in | 33 mm |
| Fastener (4) | 10 RH | 5 mm |
| Safe Working Load | 1000 lb | 454 kg |
| Weight | 3.5 oz | 99 g |
Note: Stainless Steel Cheeks.
Manufacturer part #: 03-50
Lead your halyards aft safely and smoothly with our M-Series Lead blocks. Machined Aluminum cage design follows high-load patterns for a very strong yet light block. Aluminum sheave runs on a Nomex™/Teflon™ bearing and includes Delrin™ ball bearings keeping friction to a minimum.
Lead halyards, topping lift and other control lines aft with ease. Block is mounted to Bisect halyard load angle for maximum tensile strength.

