INSTALLATION INSTRUCTIONS

Yale® Mortise Locks

8800 Series (Knob, FL and SL Trim)

NOTES

The following is a step by step approach to installing a mortise lock and trim to both wood and steel doors.

1)

Determine Hand of Door

7)

Install Strike

2)

Mark Position and Door Template

8)

Sectional Trim

3)

Drill Holes in Door

9)

Escutcheon Plate Trim (Thru-bolted)

4)

Mark Frame for Strike and Mortise Cavities

10)

Escutcheon Plate Trim (Surface Mounted)

5)

Drill Mortise Cavities in Door and Frame

11)

Single Operational Trim (Sectional and Escutcheon)

6)

Install Lock (Wood or H.M Door)

12)

Check Operation of Lock

1)DETERMINE HAND OF DOOR

a.Face the door from the outside to determine its hand. Please note the outside is either the key side of an entrance door or the corridor side of a room door. The outside of a single communicating door is the side opposing the hinges. The outside of twin communicating doors is the space between the doors.

2)MARK POSITION AND DOOR TEMPLATE

a.Draw a horizontal centerline for the lock on both sides of door at desired height above finished floor line. Standard height for horizontal centerline is 39-15/16” above finished floor.

b.Select template by comparing handing of door to Fig. 4, 5 and 6.

c.Compare the lock function number being installed with (See Fig. 3) to determine the holes to be marked.

d.Position the installation template on the door so that the horizontal centerline lines up with the horizontal line on the door. Mark the holes to be drilled using a scribe, center punch, or nail on the inside and outside of door. To avoid shifting of the template, it may be taped to the door during this step.

e.On the edge of the door mark the holes to be drilled for the mortise cavity and armor front attaching screw holes.

3)DRILL HOLES IN DOOR

a.Bore marked lock trim holes (steps 2d and 2e). To avoid splintering wood, bore thru holes from both sides of door. For hole sizes refer to hole chart. Note: Hole “A” diameter is different for FL & SL Applications.

4)MARK FRAME FOR STRIKE MORTISE CAVITIES

a.Mark vertical position of strike on jamb using the reference centerline on installation template (see Fig. 4, 5 or 6). Mark location of strike lip. (FIRST DETERMINE IF SILENCERS ARE TO BE USED) To locate horizontal centerline of strike, take half the door thickness PLUS the thickness of silencer (if used). Use this dimension to locate the strike centerline from the doorstop. (See Fig. 1.)

5)DRILL MORTISE CAVITIES IN DOOR AND FRAME

a.Mortise door edge for lock body. Drill pilot holes for attaching screws.

b.Slide lock body into cavity with armor front attached. Align armor front with top mark. Use lock front as template. Mark outline.

c.Mortise door edge for lock front (7/32”) deep.

d.Mortise jamb for strike (3/32” deep). Be sure to mortise 1” (25mm) deep to accommodate lock bolts or strike box if used. (See Fig. 1)

Note: Before installing lock, prepare door trim per sections 8, 9,10 or 11.

6)INSTALL LOCK (WOOD OR H.M. DOOR)

a.Remove armor front.

b.If necessary, change handing of lock by following instructions on lock. Do this to match your door hand.

c.Insert lock body into cavity in door and secure base front with two #12 combination attaching screws. Make sure lock is positioned in cutout properly. (See Fig. 3.) Note: Installation may require leaving #12 combination screws loose until trim and cylinder are assembled in lock body.

Page 46

August 2004

8800 Series Parts & Service Manual

Page 46
Image 46
Yale 8800 SERIES manual Installation Instructions

8800 SERIES specifications

The Yale 8800 Series is a prominent line of advanced forklift trucks, designed to meet the diverse and rigorous demands of modern material handling facilities. Renowned for their robust construction and cutting-edge technology, these trucks are particularly well-suited for warehousing and distribution environments.

One of the hallmark features of the Yale 8800 Series is its impressive lift capacity, often reaching beyond 8,000 pounds. This makes it an ideal choice for businesses requiring heavy lifting with precision and safety. The series is equipped with powerful engines that provide efficient power and performance, ensuring that operations run smoothly and effectively, even in challenging conditions.

The design of the Yale 8800 Series emphasizes operator comfort and ergonomics. The operator's compartment is spacious and designed with user-friendly controls, allowing for easy maneuverability and reduced fatigue during long shifts. The adjustable seat and intuitive dashboard provide a tailored experience for operators of all experience levels.

Another notable characteristic is the advanced technology integrated into the Yale 8800 Series. These forklifts come equipped with the Yale Smart Delivery system, which helps optimize performance and manage energy consumption. Additionally, the trucks feature an innovative stability system that enhances safety by monitoring the load, adjusting the lift height, and ensuring the truck remains balanced at all times.

The Yale 8800 Series also prioritizes durability. Constructed from high-quality materials, these trucks are built to withstand the harsh conditions often found in busy warehouses and factories. The rugged frames and reinforced masts ensure a long service life, reducing maintenance costs and downtime.

Safety features are also at the forefront of the Yale 8800 Series design. Equipped with advanced lighting systems, reflective materials, and visibility enhancements, operators can navigate their surroundings confidently. Furthermore, the inclusion of technologies such as the Yale Access Control system allows for better management of truck operation and operator authentication, minimizing the risk of unauthorized use.

In summary, the Yale 8800 Series stands out for its combination of power, technology, and safety. Its robust design, operator-centric ergonomics, and integrated systems make it a reliable choice for businesses looking to enhance their material handling capabilities. Whether in warehouses, manufacturing plants, or distribution centers, the Yale 8800 Series proves to be an indispensable asset in optimizing productivity and ensuring safe operations.