SECURI T Y DO O R CO NT RO LS 3580 Willow Lane, Westlake Village, CA 91361-4921 • (805) 494-0622 • Fax: (805) 494-8861 www.sdcsecurity.com • E-mail:
[email protected]
ZA7200 SERIES HITOWER CYLINDRICAL LOCK INSTALLATION INSTRUCTIONS IMPORTANT: THIS LOCK IS NON-HANDED. LOCK IS FACTORY PACKED PREADJUSTED FOR 1-3/4” (45MM) THICK DOORS. TO ADJUST LOCK FOR OTHER DOOR THICKNESS, SEE STEPS 8, 9 & 10. SPACERS MUST BE USED FOR DOORS THINNER THAN 1-3/4” (45MM) THICK.
STEP 1
MARK DOOR
Fold template on line indicated. Place on HIGH EDGE of door bevel. Position centerline of template on heightline (suggested height is 38” (965mm) from floor.) A.
Locate and mark center for 2-1/8” (54mm) hole.
B.
Locate and mark positions for notches. Caution: Notches must be horizontal.
C.
Locate and mark center for two (2) 5/16” (8mm) thru-bolt holes.
D.
Locate and mark center for 1” (25mm) latch bolt hole in door edge.
Note: If steel frames are used, the latch centerline must be in line with the center of the strike preparation. Hint: For retrofitting of existing 2-1/8” (54mm) holes, fold template in half to locate position for the two (2) 5/16” (8mm) holes. M:\INS\INST-ZA7200
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STEP 2
BORE HOLES - INSTALL LATCH
When drilling through door, be careful not to damage door finish. A.
Bore a 2-1/8” (54mm) hole and two (2) 5/16” (8mm) holes from both sides of door to avoid splintering wood.
B.
Bore a 1” (25mm) hole into door edge. Using latch faceplate as pattern, trace outline and mortise door edge so latch is flush with door. If 3/4 projection latch is to be installed, see Step 20.
NOTE: For wood jambs, close door and using a strike locating tool or other pointed object, mark position of hole in jamb. Open door and drill 1” (25mm) hole in jamb minimum 3/4” (19mm) deep. C.
File two (2) 5/32” (4mm) x 5/32” (4mm) x 1/8” (3mm) deep notches into both sides of door.
D.
Insert latch unit in door, making certain that latch bolt bevel faces direction of closing door. Attach with two #8 combination screws provided.
NOTE: We recommend using a drill guide to ensure straight and level holes. IF USING THE SECURITY DOOR CONTROLS OPTIONAL DRILL GUIDE Install drill guide (030736-000-70) into door. Make certain correct backset locators are even with door edge. Drill two (2) 5/16” (8mm) holes from both sides to center. NOTE: Drill guide replacement is recommended after 10 door preparations.
STEP 3
INSTALL CHASSIS AND OUTER TRIM ASSEMBLY
NOTE: For ease of installation, lock should be in the unlocked position. Slide chassis assembly into door from outside making sure that lock housing engages latch prongs. Retractor must also engage latch tail. IMPORTANT: Chassis assembly must be positioned in center of door for proper operation.
STEP 4
INSTALL INNER MOUNTING PLATE
A.
Place inner mounting plate onto chassis assembly making sure that plate tabs engage horizontal notches in door.
B.
Position flanged nut over chassis assembly and tighten securely with black hex wrench provided.
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STEP 5
INSTALL INNER TRIM ASSEMBLY
Slide inner trim assembly over chassis spindle. Thru-posts will engage inner trim assembly on 1-3/4” (45mm) thick doors. Secure to door with two (2) #10-32 x 1” machine screws provided.
STEP 6
INSTALL INNER LEVER
A.
Position rose over inner trim assembly making sure rose detent engages groove in spindle assembly.
B.
Install lever handle and tighten set screw with hex key provided.
Stop! Test operation to be sure latch bolt moves freely. Do not force. If lockset does not operate properly, remove lockset from door and check door preparation and door thickness adjustment. See Step 4 to re-install chassis.
STEP 7
LOCATE AND INSTALL STRIKE
A.
For wood jambs center strike latch opening over 1” (25mm) hole in jamb. Trace outline around the strike on door jamb.
B.
Mortise door jamb to accommodate strike box and strike.
C.
Insert strike box if required and fasten strike to jamb with combination screws provided.
CAUTION: Deadlocking plunger of latch bolt must not enter opening in strike plate. Note: When strike box is not used, recess in jamb must be a minimum of 9/16” (14mm) deep to allow latch bolt to extend to its full projection.
STEP 8
INSTRUCTIONS FOR REMOVING OUTSIDE TRIM
A.
Remove the outside trim retaining screw (A).
B.
Slide the outside trim (B) from the chassis assembly.
C.
See Step 9 for chassis adjustment procedure, or Step 10 for spacer installation.
D.
Slide the outside trim (B) onto the chassis.
E.
Replace the outside trim retaining screw (A).
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STEP 9
ADJUST LOCK FOR DOOR THICKNESS
Lock is factory packed preadjusted for 1-34” (45mm) doors unless ordered special. A.
Place template provided against retractor housing to find marking for door thickness.
B.
If adjustment is necessary, use black hex wrench provided and rotate flanged nut counterclockwise to adjust. Again, use template markings to measure adjustment before installing lock on door. HINT: Three full turns of nut equals (=) 1/8” (3mm) adjustment.
C.
Pinch button mount legs together and move cap to desired position.
STEP 10
INSTALLING SPACERS FOR DOORS THINNER THAN 1-3/4” (45mm)
A.
Remove flanged nut with black hex wrench provided along with outer mounting plate.
B.
Place one spacer over outer chassis spindle as shown.
C.
Re-install outer mounting plate and flanged nut. Using adjusting gauge provided, adjust flanged nut for proper door thickness as shown.
D.
See Step 4 for chassis installation.
E.
Place second spacer over inner chassis spindle before installing inner mounting plate and flanged nut. Continue at Step 5.
STEP 11
TO REMOVE ALL LEVERS WITH INTERCHANGEABLE CORE CYLINDERS
A.
Insert control key into core and rotate 15 degrees clockwise. Pull key to remove core.
B.
Insert screwdriver into Figure 8 core hole and into lever retainer.
C.
Depress retainer and slide lever off spindle.
TO RE-INSTALL LEVER D.
Slide lever over spindle and push on over retainer.
E.
Pull on lever to be sure retainer engaged lever.
F.
Re-install core with tailpiece pushed into core.
STEP 12
IC CORE AND TAILPIECE
Be certain to use correct tailpiece with core. Six pin cores should only use the “6P” tailpiece and seven pin cores should only use the “7P” tailpiece.
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STEP 13
TO REMOVE ALL CYLINDER LEVERS (Except Interchangeable Core)
A.
Insert key and rotate clockwise approximately 60 degrees.
B.
Depress lever retainer with tool provided.
C.
Slide lever off spindle.
TO RE-INSTALL LEVER D.
Insert cylinder into spindle.
E.
Slide lever onto spindle.
F.
Insert key into cylinder and rotate clockwise approximately 60 degrees and push lever over retainer.
G.
Pull on lever to be sure retainer engaged lever.
STEP 14
TAILPIECE INSTALLATION
For proper function of the lock, the tailpiece must be installed correctly. All T-Series tailpieces should be installed VERTICALLY in the cylinder.
STEP 15
DOUBLE DUMMY TRIM, T18
A.
Using template described in Step 1, locate and mark center for two (2) 5/616” (8mm) Thru-Bolt Holes.
B.
Bore two (2) 5/16” (8mm) holes from both sides of door to avoid splintering wood.
C.
Holding outer trim against door, position inner spindle assembly over thru-posts and secure to door with two (2) #10-32 x 1” machine screws provided.
D.
See Step 6 for lever installation.
STEP 16
SINGLE DUMMY TRIM, T12
A.
Using template described in Step 1, locate and mark center for two (2) mounting holes.
B.
For Wood Door - Drill two (2) pilot holes 5/32” (4mm) x 7/8” (22mm) deep for #12 wood screws. For Metal Door - Drill and tap two (2) holes for #12-24 machine screws.
C.
Position spindle assembly over mounting holes and secure to door with screws provided.
D.
See Step 6 for lever installation.
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STEP 17
TIMING INSTRUCTIONS FOR STANDARD CYLINDER LOCKS
A.
If the cylinder and handle are installed, refer to Step 13 for lever removal instructions.
B.
Using a thin flat screwdriver, turn the action bar slot clockwise (cw) until it stops at about 2:00.
C.
Then turn the action bar counterclockwise (ccw) to the 9:00 position. NOTE: No physical stop is at this location.
D.
With the key out, install standard cylinder into the spindle.
E.
Refer to Step 13 for lever installation instructions.
F.
Operate key to test for proper operation.
STEP 18
TIMING INSTRUCTION FOR IC CORE LOCKS
A.
If the core is installed, refer to Step 11 for IC core removal instructions.
B.
Using a thin flat screwdriver, turn the action bar slot clockwise (cw) until it stops at about 11:00.
C.
Then turn the action bar counterclockwise (ccw) to the 7:00 position. NOTE: No physical stop is at this location.
D.
Using the control key, insert IC core into the lever and spindle.
E.
Remove control key.
F.
Operate key to test for proper operation.
STEP 19
TAILPIECE INSTALLATION INSTRUCTIONS FOR T381 FUNCTION
SEE STEP 14 FOR STD CYLINDER TAILPIECE INSTALLATION
SEE STEP 12 FOR IC CORE TAILPIECE INSTALLATION
STEP 20
INSTALLATION INSTRUCTIONS FOR OPTIONAL 3/4 PROJECTION LATCH
A.
Determine the hand of the door.
B.
On the side closest to the door stop, remove shaded area as shown. Use a standard rotary file 3/8 diameter maximum.
C.
Try latch for fit and function.
D.
Secure latch with two (2) #8-32 machine screws provided.
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WIRING DIAGRAM
MODEL
#ZA7250 #ZU7350
FUNCTION: Fail-Safe power to lock. Locked outside, free egress from inside. Lock is unlocked by access control, remote switch, or means of outside key or by rotating inside lever.
MODEL
#ZA7260 #ZU7360
FUNCTION: Fail-Secure power to unlock. Locked outside, free egress from inside. Lock is unlocked by access control, a remote switch, applying momentary power, or by a key from outside, or by rotating the inside lever.
ELECTRICAL SPECIFICATIONS FAIL SAFE/FAIL SECURE .185 AMP @ 24VDC ±2V
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AWG WIRE CHART To determine the correct wire gauge to use on “one circuit” the following information is required: 1. The quantity, voltage, and current draw of all lock(s) to be used. 2. The distance in feet from the power supply to the furthest lock. Add together the current draw (amps) of all locks on the same circuit. Cross reference the total amps with the distance between the power source and the furthest lock to determine the wire gauge required. “One circuit” implies that from the power supply two wires are being run to one or more locks in parallel. The last lock on that pair of wires from the power supply is not to exceed the maximum distance number as shown on the chart for that gauge of wire, quantity and type of lock. If the gauge size or maximum distance is inadequate for your application, divide the quantity of locks in that circuit to create two or more separate circuits and use the chart to figure each new circuit independently even though the same power supply is being used. This will increase the total number of wires being run but it will allow for a smaller gauge of wire and increase the maximum distance from the power supply to the furthest lock in that circuit. The chart shows the maximum distance allowable for a 5% voltage drop from the power supply to the furthest lock on one circuit. All wiring must be installed in accordance with all state and local codes.
DISTANCE IN FEET FROM POWER SOURCE TO FARTHEST LOCKING DEVICE
Minimum Wire Gauge for 12 Volts AC or DC
AMPS
25
50
75
100
150
200
250
300
400
500
0.25
18
18
18
18
18
16
16
14
14
12
0.50
18
18
18
16
16
14
12
0.75
18
18
16
14
12
12
1.00
18
16
14
14
12
1.50
18
14
12
12
2.00
16
14
12
2.50
16
12
3.00
14
12
3.50
14
1000
DISTANCE IN FEET FROM POWER SOURCE TO FARTHEST LOCKING DEVICE Minimum Wire Gauge for 24 Volts AC or DC
M:INS/INST-ZA7200
0200
AMPS
25
50
75
100
150
200
250
300
400
500
1000
0.25
18
18
18
18
18
18
18
18
16
16
16
0.50
18
18
18
18
18
16
16
14
14
12
0.75
18
18
18
18
16
14
14
12
12
1.00
18
18
16
16
14
14
12
12
1.50
18
18
16
14
14
12
2.00
18
16
14
14
12
2.50
18
16
14
12
3.00
18
14
12
12
3.50
18
14
12
Page 8
SECURI T Y DO O R CO NT RO LS 3580 Willow Lane, Westlake Village, CA 91361-4921 • (805) 494-0622 • Fax: (805) 494-8861 www.sdcsecurity.com • E-mail:
[email protected]
ZU7300 SERIES HITOWER UNIT LOCK INSTALLATION INSTRUCTIONS IMPORTANT: THIS LOCK IS NON-HANDED. LOCK IS FACTORY PACKED PREADJUSTED FOR 1-3/4” (45MM) THICK DOORS. TO ADJUST LOCK FOR OTHER DOOR THICKNESS, SEE STEPS 8, 9 & 10. SPACERS MUST BE USED FOR DOORS THINNER THAN 1-3/4” (45MM) THICK.
STEP 1
EXAMINE DOOR PREPARATION AND HANDING
These instructions are applicable to the two most common door preparations − Yale Mono Lock and Corbin Russwin Unilock − as shown in the illustration on the right. If your door preparation is different, STOP! You need to contact the factory for instructions specifically for your door preparation. STOP! Ensure that the lock handing matches the door handing and bevel. If it does not match, refer to Step 9 before continuing.
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STEP 2
MARK DOOR
Fold template on lines indicated. Place on HIGH EDGE of door bevel. A.
Place template on high edge of door bevel. Center the template to the slot opening and mark 2-1/8” diameter on surface of door. Repeat same for low edge of door.
B.
Locate and verify clearance for two (2) 5/16” (8mm) thru-bolt holes.
STEP 3
BORE HOLE
When drilling through door, be careful not to damage the door finish. A.
For wood doors: Using a standard commercial boring jig, bore the 2-1/8” (54mm) hole. Drill from both sides of door to avoid splintering wood.
B.
For steel doors: Grind off the marked area to provide clearance for the chassis housing. NOTE: In most cases the chassis mounting posts will fit through the existing holes in the door.
STEP 4
INSTALL TRIM AND CHASSIS ASSEMBLY
Slide trim and chassis assembly into door from outside. IMPORTANT: Chassis assembly must be positioned in center of door for proper operation.
STEP 5
INSTALL INNER MOUNTING PLATE
A.
Place inner mounting plate onto chassis assembly making sure that mounting plate slot and latch adapter tab are fully engaged.
B.
Secure mounting plate to latch adapter with the two (2) #8-32 x 1/2” flat head screws supplied.
C.
Position flanged nut over chassis assembly and tighten securely with black hex wrench provided.
D.
Optional: Secure mounting plate to door with two (2) #8 x 3/4” Phillips Pan head self-drilling sheet metal screws or equivalent (not supplied).
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STEP 6
INSTALL INNER TRIM ASSEMBLY
Position inner trim assembly with arrow towards door edge and slide onto chassis spindle. Thru-posts will engage inner trim assembly. Secure to door with the two (2) #10-32 x 1” screws provided.
STEP 7
INSTALL INNER LEVER
A.
Position rose over inner trim assembly.
B.
Install lever handle and tighten set screw with hex key provided.
Stop! Test operation to be sure latch bolt moves freely. Do not force. If lockset does not operate properly, remove lockset from door and check door preparation. See Step 4 to re-install chassis.
STEP 8
LOCATE AND INSTALL STRIKE
A.
Remove old strike and install new strike and dust box.
B.
Close door and check for proper operation.
CAUTION: Deadlocking plunger of latch bolt must not enter opening in strike plate. B.
If latch operates improperly, or is excessively loose, contact factory for different strike configurations.
NOTE: It may be necessary to rework the door jamb for the dust box to fit properly.
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STEP 9
INSTRUCTIONS FOR REHANDING LOCK FOR DOOR BEVEL
A.
Temporarily, re-install latch assembly mounting screws (A) on the inside without the inside mounting plate (this is to hold the support plates in place during rehanding).
B.
Remove the outside trim retaining screw (B).
C.
Slide the outside trim (C) from the chassis assembly.
D.
Remove two (2) latch assembly mounting screws (D). IMPORTANT: DO NOT remove or adjust hex nut.
E.
Slide the latch assembly from the chassis. Replace the latch assembly mounting screws (D) finger tight.
F.
Reverse the latch assembly and remove the latch assembly screws (A), then place it on the chassis. Make sure that chassis housing engages the latch assembly. Retractor must also engage the latch tail.
G.
Replace the two (2) latch assembly mounting screws (A) making sure to align the tab of the latch assembly with the slot of the mounting plate and screw holes of the support plates.
H.
Slide the outside trim (C) onto the chassis.
I.
Replace the outside trim retaining screw (B).
J.
Remove latch assembly mounting screws (D). DO NOT DISCARD!
K.
See Step 4 to continue.
STEP 10
TO REMOVE INTERCHANGEABLE CORE CYLINDER LEVERS
A.
Insert control key into core and rotate 15 degrees clockwise. Pull key to remove core.
B.
Insert screwdriver into Figure 8 core hole and into lever retainer.
C.
Depress retainer and slide lever off spindle.
TO RE-INSTALL LEVER D.
Slide lever over spindle and push on over retainer.
E.
Give a pull on lever to be sure retainer engaged lever.
F.
Re-install core with tailpiece pushed into core.
STEP 11
INTERCHANGEABLE CORE CYLINDER TAILPIECE INSTALLATION
For proper function of the lock the right tailpiece must be used. Six pin cores should only use the “6P” tailpiece and seven pin cores should only use the “7P” tailpiece.
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STEP 12
TO REMOVE STANDARD CYLINDER LEVERS
A.
Insert key and rotate clockwise approximately 60 degrees.
B.
Depress lever retainer with tool provided.
C.
Slide lever off spindle.
TO RE-INSTALL LEVER D.
Insert cylinder into spindle.
E.
Slide lever onto spindle.
F.
Insert key into cylinder and rotate clockwise approximately 60 degrees and push lever over retainer.
G.
Pull on lever to be sure retainer engaged lever.
STEP 13
STANDARD CYLINDER TAILPIECE INSTALLATION
For proper function of the lock, the right tailpiece must be used and must be installed correctly. All ZU7300 Series locks with standard cylinders must have the tailpiece installed vertically on the cylinder as shown. The cap must be properly adjusted. If too loose, excessive plug end play will prevent the key from being withdrawn. If too tight, the plug will drag and be difficult to rotate with the key.
STEP 14
TIMING INSTRUCTIONS FOR STANDARD CYLINDER LOCKS
A.
If the cylinder and handle are installed, refer to Step 12 for lever removal instructions.
B.
Using a thin flat screwdriver, turn the action bar slot clockwise (cw) until it stops at about 2:00.
C.
Then turn the action bar counterclockwise (ccw) to the 9:00 position. There is no physical stop at this location.
D.
With the key out, install standard cylinder into the spindle.
E.
Refer to Step 12 for lever installation instructions.
F.
Operate key to test for proper operation.
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STEP 15
TIMING INSTRUCTION FOR IC CYLINDER LOCKS
A.
If the core is installed, refer to Step 10 for IC core removal instructions.
B.
Using a thin flat screwdriver, turn the action bar slot clockwise (cw) until it stops at about 11:00.
C.
Then turn the action bar counterclockwise (ccw) to the 7:00 position. There is no physical stop is at this location.
D.
Using the control key, insert IC core into the lever and spindle.
E.
Remove control key.
F.
Operate key to test for proper operation.
STEP 16
TAILPIECE INSTALLATION INSTRUCTIONS FOR RU381 FUNCTION
SEE STEP 13 FOR STANDARD CYLINDER TAILPIECE INSTALLATION
SEE STEP 11 FOR INTERCHANGEABLE CORE TAILPIECE INSTALLATION
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WIRING DIAGRAM
MODEL
#ZA7250 #ZU7350
FUNCTION: Fail-Safe power to lock. Locked outside, free egress from inside. Lock is unlocked by access control, remote switch, or means of outside key or by rotating inside lever.
MODEL
#ZA7260 #ZU7360
FUNCTION: Fail-Secure power to unlock. Locked outside, free egress from inside. Lock is unlocked by access control, a remote switch, applying momentary power, or by a key from outside, or by rotating the inside lever.
ELECTRICAL SPECIFICATIONS FAIL SAFE/FAIL SECURE .185 AMP @ 24VDC ±2V
M:INS/INST-ZU7300
0200
Page 7
AWG WIRE CHART To determine the correct wire gauge to use on “one circuit” the following information is required: 1. The quantity, voltage, and current draw of all lock(s) to be used. 2. The distance in feet from the power supply to the furthest lock. Add together the current draw (amps) of all locks on the same circuit. Cross reference the total amps with the distance between the power source and the furthest lock to determine the wire gauge required. “One circuit” implies that from the power supply two wires are being run to one or more locks in parallel. The last lock on that pair of wires from the power supply is not to exceed the maximum distance number as shown on the chart for that gauge of wire, quantity and type of lock. If the gauge size or maximum distance is inadequate for your application, divide the quantity of locks in that circuit to create two or more separate circuits and use the chart to figure each new circuit independently even though the same power supply is being used. This will increase the total number of wires being run but it will allow for a smaller gauge of wire and increase the maximum distance from the power supply to the furthest lock in that circuit. The chart shows the maximum distance allowable for a 5% voltage drop from the power supply to the furthest lock on one circuit. All wiring must be installed in accordance with all state and local codes.
DISTANCE IN FEET FROM POWER SOURCE TO FARTHEST LOCKING DEVICE
Minimum Wire Gauge for 12 Volts AC or DC
AMPS
25
50
75
100
150
200
250
300
400
500
0.25
18
18
18
18
18
16
16
14
14
12
0.50
18
18
18
16
16
14
12
0.75
18
18
16
14
12
12
1.00
18
16
14
14
12
1.50
18
14
12
12
2.00
16
14
12
2.50
16
12
3.00
14
12
3.50
14
1000
DISTANCE IN FEET FROM POWER SOURCE TO FARTHEST LOCKING DEVICE Minimum Wire Gauge for 24 Volts AC or DC
M:INS/INST-ZU7300
0200
AMPS
25
50
75
100
150
200
250
300
400
500
1000
0.25
18
18
18
18
18
18
18
18
16
16
16
0.50
18
18
18
18
18
16
16
14
14
12
0.75
18
18
18
18
16
14
14
12
12
1.00
18
18
16
16
14
14
12
12
1.50
18
18
16
14
14
12
2.00
18
16
14
14
12
2.50
18
16
14
12
3.00
18
14
12
12
3.50
18
14
12
Page 8
SECURITY DOOR CONTROLS 3580 Willow Lane, Westlake Village, CA 91361-4921 • (805) 494-0622 • Fax: (805) 494-8861 www.sdcsecurity.com • E-mail:
[email protected]
ZU7300 SERIES ORDER DETAIL FORM MODEL
LEVER TRIM
FINISH
HAND
STRIKE
LATCH THROW
OPTIONS
ZU7350
D
Q
LR
ZUST1
STD
REX/PTH-4
When evaluating the retrofit requirements for the ZU7300 Series Unit Lock, the following questions need to be addressed: 1. Which manufacturer’s unit lock is currently installed? __Russwin __Corbin
__Corbin Russwin
__Yale
__Falcon
2. What is the existing latch height? To determine latch height measure existing latch height as shown here: Latch height currently identified and the manufacturer: a. 1 3/4” Most Corbin & Russwin sold 1949 thru current; Yale 6200 b. 2 1/16” Corbin, Falcon c. 2 5/8” Some Corbin (0)2400 Series sold 1913-1953 d. 2 11/16” Russwin 2100 & 2800 Series sold 1904-1968 3. What is the existing strike?
031477-000 Early Russwin Unit Lock
0005164-000
031471-000 Early Corbin Russwin Single Door Strike, Door & Lock same Center Line M:\INS\INST-ZU7300 Ordering
031471-001 Early Corbin Russwin Single Door Strike Center Line NOT same as Door & Lock 0502
Page 1
031474-000 Early Corbin
031472-000 Early Corbin Russwin Pair of Doors
031473-000 Yale Mono Pair of Doors
4. What is the existing door thickness? Standard locks are for 1 3/4” thick doors only, 1/8” in 2” bevel with 2 3/4” backset. Also available for 2” and 2 1 /4” thick doors. Please specify. 5. Specify cylinder requirements. Note: Locks furnished with SDC 6-pin standard Schlage C keyway cylinder or prepared for SDC interchangeable core unless otherwise specified.
With Cylinder
Less Cylinder - Prepared to Accept**
SDC Standard __ 6-pin Schlage C (standard) __ 7-pin Schlage C
SDC Standard __ 6-pin Schlage C (standard) __ 7-pin Schlage C
SDC IC __ 6-pin Schlage C (standard) __ 7-pin Schlage C
__ SDC IC
Competitor’s Keyways 6-pin Standard Cylinder* __ Arrow - 0 Bitted, KD, KA4 __ Corbin - 60, 0 Bitted, KD __ Russwin - D1, 0 bitted, KD __ Sargent - LA, 0 Bitted, KD (Also accepts LB, LC keys) __ Schlage - C, 0 Bitted, KD, KA4 __ Schlage - E, 0 Bitted __ Yale - 8 (Para), 0 Bitted, KD __ Yale - GA, 0 Bitted
* Generic replacement cylinders with competitor’s keyways ** Proper tailpiece supplied unless otherwise noted. M:\INS\INST-ZU7300 Ordering
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Unit/Mono Lock Cylinders __ Falcon 6-pin __ Corbin Russwin Unit Lock (2000-052) - Master Ring not available __ Medeco Unit Lock Retrofit Cylinder (20W5005) - Corbin Russwin Unit Lock __ Medeco Unit Lock Retrofit Cylinder (20W0500) - Yale 6200 Mono Lock __ Yale Mono Lock (1801) and Later Competitor’s Standard Cylinders __ Arrow (600C) 6-pin __ Assa (65611 or 65661) 6-pin __ Corbin Russwin (2000-034/CL3400) 6-pin Master Ring not available __ Lori (1539FAT) - tailpiece supplied by Lori __ Medeco (20W200V3) 6-pin - tailpiece supplied by Medeco; Falcon/Schlage style __ Peaks (Kaba) 6-pin __ Primus (Schlage) 6-pin __ Sargent (6, 7 & 10 Line) 6-pin - Keso not available __ Schlage 6-pin __ Yale (1801) 6-pin Bicentric not available Competitor’s IC __ Arrow 6, 7-pin __ Assa (70600IC & V70600IC) 6-pin __ Best 6, 7-pin __ Corbin Russwin (8000) 6-pin __ Corbin Russwin (8000-7) 7-pin __ Instakey __ Medeco 31 Series 6-pin __ Medeco 32 Series 6-pin __ Medeco Keymark 6, 7-pin __ Peaks (Kaba) 6, 7-pin __ Primus (Schlage) 6-pin __ Sargent (6300) 6-pin __ Schlage 6-pin __ Yale (1210) 6-pin - (1220) 7-pin consult factory
