Cloud Break Optics

900 Hi-Lo Latitude Wedge (900WDG) and Wedge Assembly (900WDGA) for 0-20 or 68-88 Latitude

900 Hi-Lo Latitude Wedge (900WDG) and Wedge Assembly (900WDGA) for 0-20 or - Main image
$283.5 $450 In stock

Category: Mount Accessories

Description

If your latitude is below 20 or above 68 degrees, one of these wedges will allow you to place your 900 mount in the proper position for polar alignment. You will use the wedge in place of the Standard Pier Adapter (900SPA) or Precision-Adjust Rotating Pier Adapter (900RPA) shown above. The 900 Wedge Assembly (900WDGA) comes complete with the azimuth adjuster block, the center pivot screw and the four locking knobs with their hardened washers. Those of you who already have a Standard Pier Adapter can order the 900 Wedge by itself (900WDG). Just transfer the azimuth adjuster block, the center pivot screw and the four locking knobs supplied with your original adapter to this wedge and bolt it onto your pier. Both of the wedge pier adapter configurations include six 5/16-18 x 5/8 socket button head screws and six 5/16 x 9/16"OD x 0.060" flat washers, which enable you to attach the pier adapter to your Astro-Physics pier.

Please note that this adapter must fit inside another part and be bolted from the side. It cannot be bolted directly onto a flat surface. For custom installations onto a flat surface, insert the 900WDG into our our 900 Flat Surface Adapter (900FSA), which has been bolted to the flat surface of your pier.

The 900 Hi-Lo Latitude Wedge can be set up for either tropical (0-20 deg.) or polar (68-88 deg.) latitudes. Simply remove the 6 screws that attach the flat plate, rotate the plate so the Azimuth Adjuster Block will either be on the low side (tropical 0-20 deg.) or on the high side (polar 68-88 deg.) and re-assemble.

The 900 Hi-Lo Latitude Wedge can also be used with the 900 Precision Adjust Rotating Pier Adapter (900RPA) to make polar alignment easier for mounts used in the field. The Wedge has been drilled and tapped to accept the 900 Flat Surface Adapter (900FSA). Attach the Flat Surface Adapter to the top of the Wedge with four 1/4 - 20 x 3/4" socket head cap screws (not included). If you have the 900 Wedge Assembly, just remove the four Locking Knobs and the Azimuth Adjuster Block and leave the center pivot screw in place so it won't get lost! Then install the Precision Adjust Rotating Pier Adapter into the Flat Surface Adapter. Note: The photo is of an earlier version and does not show the holes that accept the flat surface adapter.

Mounts: All 900 mount models (HDA, QMD, SMD and GTO) that have been produced.

Before you pay

Check the method and total at checkout.

When it ships

Allow for processing time as well as the journey to you.

Standard Shipping: Handling (business days) 0–1; Transit (business days) 7–15.

Express Shipping: Handling (business days) 0–1; Transit (business days) 7–15.

View policy
If you need a refund

Keep your order number and contact the store to start.

Please contact us for the refund processing timeframe before returning an item.

View policy
Delivery costs

Review the cost for your destination and chosen service.

Standard Shipping · United States: $0.00

Express Shipping · United States: $3.99

View policy
Returning an item

Check the return conditions before sending anything back.

United States · Return window (days after delivery): 30. Return method: By mail. Return postage: Seller pays.

View policy

Customer Reviews (5.0 / 5 · 5 reviews)

Ella ★★★★★

Set-up was straightforward, the wedge feels solid and gave me the exact angle I needed for polar alignment at my high latitude. The adjustment range for 68-88 degrees is generous and locks down firmly.

George U. ★★★★★

I was worried my mount would struggle at my latitude, but this wedge made polar alignment straightforward. The machined finish fits perfectly with no play.

Leo H. ★★★★★

My 900 mount is finally tracking properly now that I've got the right wedge for my latitude—the build is solid and the adjustment screws are precise. Setting it up took a little time to get the angle just right, but the difference in polar alignment is night and day.