Endura Frame and Jamb Machining Operating instructions

Endura
Brand
Endura
Model
Frame and Jamb Machining
Type
Operating instructions

Endura Frame and Jamb Machining: The Endura Frame and Jamb Machining device is a versatile tool for precise and efficient machining of door frames and jambs. With its advanced features, it enables users to create accurate mortises and pockets for installing PanoLock™ strike plates, ensuring seamless integration and optimal performance of the locking system. The device is equipped with a 5/8" OD Router Guide Collar and a range of router bits to accommodate various machining requirements.

Endura Frame and Jamb Machining: The Endura Frame and Jamb Machining device is a versatile tool for precise and efficient machining of door frames and jambs. With its advanced features, it enables users to create accurate mortises and pockets for installing PanoLock™ strike plates, ensuring seamless integration and optimal performance of the locking system. The device is equipped with a 5/8" OD Router Guide Collar and a range of router bits to accommodate various machining requirements.

1
PanoLock™ - Frame Machining - Strike Plate Assembly
PanoLock™ Multi-Point Lock Instructions
Frame Machining - Strike Plate
8817 West Market Street
Colfax, NC 27235 | 800.334.2006
www.enduraproducts.com
Required tooling includes:
STEP 1
STEP 2
WARNING – Make sure router is unplugged when adjusting bit depth.
WARNING – Use proper personal protective equipment when operating a router.
A ½" OD x 2" Router Bit A 5/8" OD Router Guide Collar
First pocket machining. Set the router bit depth to 25/32" using the guide on the back of the template BASE.
Machining details are found in Endura print # 16031-300.
!
!
Install the 5/8" OD Router Guide Collar
on your router. It will be used for all
steps in the jamb fabrication.
2U-INSTR-JAMB
Last Updated: 9/22/2023
2
PanoLock™ - Frame Machining - Strike Plate Assembly
STEP 3
Determine location of middle strike plate.
See last page of instruction for spacing between centerlines of each strike plate.
X
1. Measure from top of door panel to latch bore.
This is measurement “X”.
2. If using a standard 3/4" head jamb, take
measurement “X” and subtract 2-5/8”. This is
measurement “Y”.
3. From the top of the jamb, measure down “Y” to
locate the center of the middle strike plate.
Y
3
PanoLock™ - Frame Machining - Strike Plate Assembly
STEP 5
Turn router on. Rotate bit into center of template pocket to prevent damaging edge of template. Remove all material
within template pocket. Remove all dust and debris from frame.
Locate the template base on the frame as shown.
Align the center of the template with the centerline
location of the strike plate assembly. Attach the
template to the frame with screws, at two locations
shown.
STEP 4
Centerline of
middle strike
plate - from
Step 3.
Second pocket machining.
Reset the router bit depth
to 1-1/16" using the guide
on the back of template
INSERT A.
STEP 6
4
PanoLock™ - Frame Machining - Strike Plate Assembly
STEP 7
Place INSERT A into template BASE as shown.
STEP 8
Turn router on. Rotate bit into center of template pocket to prevent damaging edge of template. Remove all material
within template pocket. Remove all dust and debris from frame.
Third pocket machining. Reset the router bit depth to
1-1/2" using the guide on the front of template INSERT B.
STEP 9
Place INSERT B into template base as shown.
STEP 10
5
PanoLock™ - Frame Machining - Strike Plate Assembly
STEP 11
Turn router on. Rotate bit into center of template
pocket to prevent damaging edge of template.
Remove all material within template pocket.
Remove all dust and debris from frame. Strike plate
assembly frame mortise is now complete. Repeat
steps for remaining pockets.
STEP 12
An alternative to moving the routing template for each pocket
is to attach template BASES, spaced apart to align with all
lock latching points. Using threaded rods and nuts, template
BASES can be joined together, and spaced as needed.
6
PanoLock™ - Frame Machining - Strike Plate Assembly
28.000 (6/8 LOCK)
44.000 (8/0 LOCK)
23.125
5.500
3.500
A
A
B
TOP
BOTTOM
LATCH CROSS BORE
DEADBOLT
CROSS BORE
.158
.437
3X SECTION A-A
SCALE 1 : 1
4.016
2.375
1.947
R.317 X2
.434
1.223
R.250 X4
R.250 X4
.170
3X DETAIL B
SCALE 1 : 3
REV
DATE
REVISION DESCRIPTION
A
11/16/20
INITIAL RELEASE
B
11/17/20
ADDED 8/0 DIMENSIONS
C
01/18/23
SECOND STEP ROUTE CHANGED
D
1
C
2
3
4
B
A
1
2
3
4
5
6
7
8
D
C
5
6
7
B
8
A
RELEASED
ASSEMBLY
DATE: 4/5/2011
Adam Kendall
Adam Kendall
PANOLOCK
STRIKE ROUTE
REV
B
TITLE
DATE
CHECKED BY
MODELED BY
RAW PART NUMBER
DRAWING NUMBER
12/02/19
01/18/23
SHEET 1 OF 1
1:6
C
16031-300
The information contained in this document is the confidential
and proprietary information and trade secrets of Endura
Products, Inc. Any disclosure, use, or dissemination of such
information without the express written permission of Endura
Products, Inc. is strictly prohibited. Endura Products, Inc.
also owns any and all Intellectual property rights embodied in
such information, including patent rights, copyrights, and
trademark rights, and no license of any intellectual property
rights is intended, nor shall any license be implied, as a result
of the receipt of this document.
DATE
SIZE
SCALE
8817 W. MARKET ST. COLFAX, NC 27235
PHONE:(336) 668-2472 FAX:(336) 668-4478
WWW.ENDURAPRODUCTS.COM
INSPECTION DIMENSIONS
ARE CIRCLED
Maximum lead (Pb) content of all parts and/or
coatings to be 200ppm (0.02% by weight).
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Endura Frame and Jamb Machining Operating instructions

Endura
Brand
Endura
Model
Frame and Jamb Machining
Type
Operating instructions

Endura Frame and Jamb Machining: The Endura Frame and Jamb Machining device is a versatile tool for precise and efficient machining of door frames and jambs. With its advanced features, it enables users to create accurate mortises and pockets for installing PanoLock™ strike plates, ensuring seamless integration and optimal performance of the locking system. The device is equipped with a 5/8" OD Router Guide Collar and a range of router bits to accommodate various machining requirements.

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