Exit Device Warning Changes or modifications to this device not expressly approved by ASSA ABLOY could void the user’s authority to operate the equipment. This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
IN120 / IN220 Exit Device Regulatory and Power Specifications Electronic Authentication Specifications (Mobile Credentials) For Mobile Credential-Enabled versions of this electronic lock (Indicated by the credential code in the product order string): • Mobile Credentials are transmitted to the lock via Bluetooth Smart or NFC ISO/IEC14443 and must use a mobile device enabled with these technologies.
IN120 / IN220 Exit Device Product Illustrations Tools Required: • #2 Phillips screwdriver • Flat head screwdriver • Security hex key 3a 3b* ITEM No. DESCRIPTION Outside Escutcheon Assembly Inside Mounting Plate Assembly (includes Gasket) PoE Controller Assembly Wi-Fi Controller Assembly* (batteries included) Inside Escutcheon Assembly with Privacy Button AA alkaline batteries (6) See document A8364 for part numbers...
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IN120 / IN220 8800 & PE8800 Exit Device Product Illustrations (Continued) 77 / 78 Function x Trim x Lever Design IN120 / 220 Rim Exit Device ITEM DESCRIPTION REQ’D Cylinder Assembly (Reference Catalog for Available Cylinders) Lever (Reference Catalog for Available Styles) Exit Trim With Cylinder Exit Trim Without Cylinder Motor Assembly (Separate - not shown)
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IN120 / IN220 8900 & PE8900 Exit Device Product Illustrations (Continued) 77 / 78 Function x Trim x Lever Design IN120 / 220 Mortise Exit Device See document A8364 for part numbers ITEM DESCRIPTION REQ’D Cylinder Assembly (Reference Catalog for Available Cylinders) Lever (Reference Catalog for Available Styles) Exit Trim With Cylinder Exit Trim Without Cylinder...
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IN120 / IN220 PE8600 Exit Device Product Illustrations (Continued) PE8600 Concealed Vertical Rod (CVR) Exit Device (78 Function) Prior to installation, please confirm receipt of all parts See document A8367 for part numbers ITEM Description Req. Chassis Wood Door (WD) Screw Pack Chassis Metal Door (MD) Screw Pack (not shown) WD Top Assembly MD/Aluminum Door (AD) Top Assembly (not shown)
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IN120 / IN220 PE8700 Exit Device Product Illustrations (Continued) PE8700 Surface Vertical Rod (SVR) Exit Device (78 Function) Top Rod (consult factory) Guide for Rod Screw Pack for Guide and Covers Bottom Rod (consult factory) Case Assembly Cover Trim (Trim with gasket shown) Chassis Assembly LHRB Chassis Assembly RHRB Rod Adjustment Pin...
IN120 / IN220 Exit Device IN220 (PoE) Installation Wiring Overview SARGENT IN220 PoE Typical Application Network Cable Surface Mount RJ45 Network Switch (802.3af) EAC Software System: A. PoE frame harness assembly B. PoE data hinge from McKinney C. PoE door harness* from McKinney D.
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IN120 / IN220 Exit Device IN220 (PoE) Installation Wiring (Continued) Supplied by CI Supplied by End User Certified Integrator (CI) supplies and terminates the B-Splice connector and the PoE Switch male RJ45 connector from harness to end user provided facility cable B-Splice Patch Cable Crimp Connector...
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IN120 / IN220 Exit Device IN220 (PoE) Installation Wiring (Continued) Frame Harness Installation Components and wire harness supplied by McKinney. Suggested installation: Supplied by CI Cut end / ceiling-side PoE harness: B-Splice TIA/EIA 568-B Standard Wiring Crimp Connector Wire Pair Num- White/Orange Orange White/Green...
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IN120 / IN220 Exit Device IN220 (PoE) Installation Wiring (Continued) PoE Door Harness Order of installation may vary. Refer to appropriate sections for instructions. Hinge-side harness connectors: • 4-pin male Molex connector • 6-pin male Molex connector with ground wire Lock-side harness connectors: •...
IN120 / IN220 8800 & PE8800 Exit Device Installation Instructions Rim Exit Device 1 Prepare Door Inside A. Verify Hand and Bevel of Door • Check hand of door. The exit device is non-handed and the trim is field reversible. Left Hand Right Hand •...
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IN120 / IN220 8800 & PE8800 Exit Device 2 Install Door Position Switch (DPS) Wood doors have 3/8” raceway to controller cutout and metal doors have 3/4” raceway to the controller cutout. Refer to template (ships with product): A8214 (80 Series) or MEFT18 (PE80 Series) 1.
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IN120 / IN220 8800 & PE8800 Exit Device 3 Mount Exit Device Chassis NOTE: Exit chassis harness consists of a 6-pin female connector and two different-sized ground lugs (Fig. 3A) 1. Feed 6-pin connector and larger ground lug straight through to outside of door (Fig.
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IN120 / IN220 8800 & PE8800 Exit Device 4 Mount Exit Trim NOTE: For exterior applications, use trim gasket to seal between trim escutcheon and outside door surface. A. Connect motor harness adapter to chassis harness connector (Fig. 4A). B. For wood doors: Route trim wire harness connector through the cylinder hole, up and through the wire run channel to the controller cutout.
IN120 / IN220 8800 & PE8800 Exit Device 5 Install Cylinder For devices without cylinder, go to Step 6. 1. While installing the rim cylinder, support the tail piece of the cylinder, verifying its engagement with the top hub of the exit chassis. Note: Be sure trim harness is clear of cylinder and tailpiece.
IN120 / IN220 8900 & PE8900 Exit Device Installation Instructions (77/78 Functions) Mortise Exit Device 1 Door Preparation Inside A. Verify Hand and Bevel of Door • Check hand of door. This exit device is handed and is not reversible. Left Hand Right Hand •...
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IN120 / IN220 8900 & PE8900 Exit Device 2 Install Door Position Switch (DPS) Wood doors have 3/8” raceway to controller cutout and metal doors have 3/4” raceway to the controller cutout. Refer to template (ships with product): A8215 (80 Series) or MEFT10 (PE80 Series). 1.
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IN120 / IN220 8900 & PE8900 Exit Device 3 Mount Mortise & Exit Device Chassis 1. Slide mortise lock into door and loosely secure with (2) flat head screws. NOTE: Exit chassis harness consists of a 6-pin female connector and two different-sized ground lugs (Fig.
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IN120 / IN220 8900 & PE8900 Exit Device 4 Position Exit Trim NOTE: For exterior applications, use trim gasket to seal between trim escutcheon and outside door surface. A. Connect motor harness adapter to chassis harness connector (Fig. 4A). B. For wood doors: Route trim wire harness connector through the cylinder hole, up and through the wire run channel to the controller cutout.
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IN120 / IN220 8900 & PE8900 Exit Device 5 Install Cylinder For devices without cylinder, go to Step 6. 1. Install cylinder. (Figure 21, Figure 22) a. Secure cylinder by threading into lockbody. Position cylinder so that the SARGENT logo is right-side up b.
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IN120 / IN220 8900 & PE8900 Exit Device 7 Install Chassis Cover Secure chassis cover to chassis using (4) #8-32 x 5/16” oval head machine screws (Fig. 7). Fig. 7 8 Install Rail Assembly (Figure 8). . Retrieve harness from end of rail. Harness has limited travel and can be damaged. 2.
IN120 / IN220 PE8600 Exit Device Installation Instructions for PE8600 Concealed Vertical Rod (CVR) Exit Device (EA Option) 1. Prepare door Inside a. Verify hand and bevel of door. (Fig. 1) NOTE: Stand on outside of locked door when determining door hand.
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IN120 / IN220 PE8600 Exit Device Installation Instructions for PE8600 Concealed Vertical Rod (CVR) Exit Device (EA Option) 2. Install door position switch* (DPS). NOTE: Wood doors have 3/8" raceway to controller DPS Jumper cutout and metal doors have 3/4" raceway to Harness controller cutout.
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IN120 / IN220 PE8600 Exit Device Installation Instructions for PE8600 Concealed Vertical Rod (CVR) Exit Device (EA Option) 3. Install Inner Case Assembly A. Wood Door (WD) 1. Install the inner case assembly with (2) #12 x 1” Phillips flathead screw (Fig. 5A). B.
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IN120 / IN220 PE8600 Exit Device Installation Instructions for PE8600 Concealed Vertical Rod (CVR) Exit Device (EA Option) 4. Mount exit device chassis. a. Insert (2) trim mounting screws (Fig. 6A). NOTE: Exit chassis harness consists of a 6-pin female Inside of connector and (2) ground wire terminals (Fig.
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IN120 / IN220 PE8600 Exit Device Installation Instructions for PE8600 Concealed Vertical Rod (CVR) Exit Device (EA Option) 6. Secure exit chassis. (Fig. 10) To comply with UL certifications and for security: a. Fasten exit chassis to door using three (3) remaining #10 wood screws (for wood door) or four (4) #10-24 machine screws (for metal door).
IN120 / IN220 PE8700 Exit Device Installation Instructions for PE8700 Surface Vertical Rod (SVR) Exit Device (EA Option) 1. Prepare door Inside a. Verify hand and bevel of door. (Fig. 1) NOTE: Stand on outside of locked door when determining door hand. b.
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IN120 / IN220 PE8700 Exit Device Installation Instructions for PE8700 Surface Vertical Rod (SVR) Exit Device (EA Option) 2. Install door position switch* (DPS). a. Insert connector end of DPS through raceway on latch edge of door. (Fig. 3) NOTE: For metal doors, use DPS collar. b.
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IN120 / IN220 PE8700 Exit Device Installation Instructions for PE8700 Surface Vertical Rod (SVR) Exit Device (EA Option) 3. Install Outside Trim and Exit Chassis Align exit trim and gasket (if required) with through-holes: a. For exterior application, use trim gasket to seal between trim Outside of escutcheon and outside door surface (Fig.
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IN120 / IN220 PE8700 Exit Device Installation Instructions for PE8700 Surface Vertical Rod (SVR) Exit Device (EA Option) 4. Install rail assembly. (Fig. 8) a. Retrieve harness from end of rail. Harness has limited travel and can be damaged. b. Attach harness to female connector on chassis. c.
IN120 / IN220 Exit Device IN120 / IN220 Installation Instructions 1 Outside Reader and Mounting Plate Assembly Installation 1. Orient reader / keypad so LED lens is at the top. 2. Feed the cable/connector through door (from outside to inside). 3.
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IN120 / IN220 Exit Device 2 Outside Reader and Mounting Plate Assembly Installation (Continued) 1. Next feed cables/connectors through the inside mounting assembly (and gasket if required*). 2. Insert and partially tighten (2) through-bolts prior to installation of connectors. Gasket* Inside of Door NOTE: Cable lengths exaggerated for illustrative Inside...
IN120 / IN220 Exit Device 3 Installation of Connectors Important Note: Before you secure the connectors CAUTION - Do not allow debris to enter connector contacts APPLY Ensure connectors are covered with silicone dielectric compound (grease)* FILL FILL SILICONE DIELECTRIC COMPOUND FILL FILL...
IN120 / IN220 Exit Device 3 Installation of Connectors (Continued) Important Note: If you are installing IN220 (PoE)*: E. Pull 5 1/2 inches of Ethernet cable from hole. Strip cable jacket back 3 1/2 inches. F. Separate (untwist) and straighten (8) Ethernet wires before carefully feeding through ferrite bead (Fig.
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IN120 / IN220 Exit Device 4 Installing the Controller (Continued) 1. Insert bottom tab of controller (ensure a clear path) into slot on mounting plate (Fig. 4D, E). 2. Ensure proper alignment of board-to-board connectors (Fig. 4E) while pivoting controller toward door until two tabs on top snap securely into place on mounting plate (Fig.
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IN120 / IN220 Exit Device B. IN120 (WIFI) 1. Once controller is securely in place, place (6) “AA” alkaline batteries in the compartment, being careful to align polarity properly. 2. After batteries are installed, there is a slight delay; then an audible “beep” will sound and the lock motor will cycle.
IN120 / IN220 Exit Device Operational Check IMPORTANT: Be sure to test functions prior to closing door. In all cases, perform the following checks: 1. Ensure that inside exit bar retracts latch. • To test cylinder, the following checks apply: Insert key into cylinder and rotate: a.
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