Adams 10.6 Specifications

[Dionisio Sechser]

4036A standard 1" [25.4 mm] length, 1-5/32" [29.4 mm] diameter cylinder with five-pin tumbler security. Designed to operate any Adams Rite deadlock or deadlatch requiring a mortise cylinder. Close tolerance manufacturing achieve set screw grooves and cam geometry that are true on their respective centerlines. This ensures proper mating and operation with the locking or latching mechanism. Select cam to suit particular Adams Rite deadlock or deadlatch.

4066: To operate deadlock or deadlatch without key. Interchanges with standard1" [25.4 mm] length, 1-5/32" [29.4 mm] diameter mortise cylinder. Cams are available to suit the particular Adams Rite deadlock or deadlatch. See next page for cam specifications.

Keying: All cylinders furnished with two keys per cylinder. Available in keyed different (KD), or keyed alike pairs (KA2). Keyed alike 50 are available by special order in quantity of 50 cylinders only. Please contact factory for ordering information.

Adams Rite deadlocks and deadlatches are designed to accept standard 1" [25.4 mm] length, 1-5/32" [29.4 mm] diameter mortise cylinders of all popular makes. This means that the entrance can be keyed to match the system used throughout the building on other types of doors. Care must be taken, however, to specify the proper cam for each type of lock, as these are not generally interchangeable. The cam shapes shown are available from the listed cylinder manufacturers and will be supplied by them with the cylinder when specified or available separately. Because of variations in the attachment of cams to cylinders and other construction differences, it is advisable to NOT attempt using one manufacturer's cylinder with another manufacturer's cam.

Adams Hall is a three-story residence hall open to undergraduate women of all classlevels. Each wing features a study room, card-operated laundry facilities, and community-stylebathrooms. There is a large lounge on the first floor and smaller lounges on the secondand third floors. APU provides built-in desks, chairs, twin beds (APU Bed Specifications (PDF)), and mini blinds, as well as built-in closets and a built-in dresser. All residentsmust purchase a meal plan in accordance with university requirements.

Engstrom Hall is a four-story, co-ed residence hall open to undergraduate men andwomen. Rooms in Engstrom Hall are arranged in small suites with two rooms sharinga bathroom. Rooms include desks, twin beds (APU Bed Specifications (PDF)), mini blinds, and walk-in closets with shelves. Four to five students share thesuite. Each floor offers a lounge, oven, vending machines, and card-operated laundryfacilities. Also included are two elevators. Residents are required to purchase a meal plan in accordance with university requirements.

Trinity Hall is a five-floor co-ed residence hall housing men and women of all classlevels. Each wing features a meeting room, community-style bathrooms, a small coffeearea, and a prayer room. There is a large lounge on the first floor, and outdoor deckson both the fourth and fifth floors. A card-operated laundry facility and communitykitchen is located on the fourth floor. Trinity Hall has two elevators for accessto all floors. Each room includes closets, a built-in dresser, twin beds (APU Bed Specifications (PDF)), desks, and chairs. Residents are required to purchase a meal plan in accordance with university requirements.

Floor Plan A offers traditional two-bedroom apartment housing intended for four students.These units have one bathroom and a kitchen with a full-size refrigerator and a stove.These apartments also have window air conditioners and wall heaters. Each studentreceives a bed (APU Bed Specifications (PDF)), desk, dresser, and chair.

Floor Plan B (H-court only) is a suite-style unit housing four students in three bedroomswith one bathroom and a common living room. Students can choose to use two bedroomsfor sleeping with the other as a common room, or they can spread out among the threerooms. These renovated units have central heating and air conditioning. Each studentreceives a bed in line with APU bed specifications, desk, dresser, and chair. H-court units do have kitchens with a stove/oven and afull size refrigerator.

University Village is a distinctive community that offers apartment-style living forundergraduate upperclassmen as well as graduate students on a limited basis. It isconveniently located between East and West Campuses. The Village also offers recreationalfacilities, including two pools and spas, and basketball and tennis courts.

These apartments feature a kitchen, living room, and one or two bedrooms. There areboth two-bedroom/one-bathroom and two-bedroom/two-bathroom options in the Village.Interior amenities include central heat and air conditioning, a full-size refrigerator,stove, dishwasher, microwave, and washer and dryer. Each student also receives a bed(APU Bed Specifications (PDF)), desk, dresser, and chair.

Internet in University Village is provided by Frontier Communications in coordinationwith the university. The service is paid for by APU, and you do not need to contactFrontier to set up or close service. If there are issues with the internet when youmove into your apartment, please find the router, and press the reset button. Afterresetting the router, use the Wifi password printed on the router to connect. If youare missing equipment or have difficulties connecting, please contact the supportdesk at (626) 815-5050 or [email protected]. When you move out of the apartment, please leave all of the equipment in the unit.Students who remove equipment will be charged for the replacement as part of the checkoutprocess.

Housing rates are reviewed for each academic year and are applied directly to studentaccounts for each semester. Rates vary based on living area and room type. Rates mayalso differ based on student occupancy in private bedrooms 1. For current semester rates and information on private bedroom rates, view the 2024-25 Housing Rate Sheet (PDF).

Azusa Pacific University (APU) admits students of any race, color, national and ethnicorigin to all the rights, privileges, programs, and activities generally accordedor made available to students at the school. It does not discriminate on the basisof race, color, national and ethnic origin in the administration of its educationalpolicies, admissions policies, scholarship and loan programs, and athletic and otherschool-administered programs.

The Adams County lidar project area covers approximately 696 square miles which includes a 100 meter buffer around the county boundary. The lidar data was acquired at a nominal point spacing (NPS) of 0.7 meters and a single swath nominal point density (NPD) of 2.0. Project specifications are based on Adams County requirements and on the U.S. Geological Survey National Geospatial Program LiDAR Base Specification, Version 1.3. The data was developed based on a horizontal projection/datum of NAD83(2011) / Adams County (ftUS) (EPSG Code: 7587), and vertical datum of NAVD88 - Geoid12B (Feet). LiDAR data was acquired using the Leica ALS 80 LiDAR sensor serial number SN 8146 from April 21, 2019 to April 23, 2019 in 3 total lifts. Acquisition occurred with leaves absent from deciduous trees, when no snow was present on the ground, and with rivers at or below normal levels.

The Jefferson County lidar project area covers approximately 589 square miles which includes a 100 meter buffer around the county boundary. The lidar data was acquired at a nominal point spacing (NPS) of 0.7 meters and a aggregate nominal point density (ANPD) of 2.0. Project specifications are based on Jefferson County requirements and on the U.S. Geological Survey National Geospatial Program LiDAR Base Specification, Version 1.3. The data was developed based on a horizontal projection/datum of NAD83(2011) / Wisconsin State Plane, South Zone (ftUS) (EPSG Code: 6609), and vertical datum of NAVD88 - Geoid12B (Feet). LiDAR data was acquired using two Riegl VQ 1560i sensors with serial numbers SN546 and SN061 from April 20, 2019 to April 21, 2019 in 2 total lifts. Acquisition occurred with leaves absent from deciduous trees, when no snow was present on the ground, and with rivers at or below normal levels.

The Lafayette County lidar project area covers approximately 641 square miles which includes a 100 meter buffer around the county boundary. The lidar data was acquired at a nominal point spacing (NPS) of 0.7 meters and a aggregate nominal point density (ANPD) of 2.0. Project specifications are based on Lafayette County requirements and on the U.S. Geological Survey National Geospatial Program LiDAR Base Specification, Version 1.3. The data was developed based on a horizontal projection/datum of NAD83(2011) / Lafayette County (ftUS) (EPSG Code: 7608), and vertical datum of NAVD88 - Geoid12B (Feet). LiDAR data was acquired using the Riegl VQ 1560i SN061 Sensor on April 8, 2019 in 2 total lifts. Acquisition occurred with leaves absent from deciduous trees, when no snow was present on the ground, and with rivers at or below normal levels.

The Monroe County lidar project area covers approximately 916 square miles which includes a 100 meter buffer around the county boundary. The lidar data was acquired at a nominal point spacing (NPS) of 0.7 meters and a aggregate nominal point density (ANPD) of 2.0. Project specifications are based on Monroe County requirements and on the U.S. Geological Survey National Geospatial Program LiDAR Base Specification, Version 1.3. The data was developed based on a horizontal projection/datum of NAD83(2011) / Monroe County (ftUS) (EPSG Code: 7621), and vertical datum of NAVD88 - Geoid12B (Feet). LiDAR data was acquired using the Riegl VQ 1560i SN061 Sensor from April 9, 2019 through April 28, 2019 in three total lifts. Acquisition occurred with leaves absent from deciduous trees, when no snow was present on the ground, and with rivers at or below normal levels.

The Pepin County lidar project area covers approximately 255 square miles which includes a 100 meter buffer around the county boundary. The lidar data was acquired at a nominal point spacing (NPS) of 0.7 meters and a aggregate nominal point density (ANPD) of 2.0. Project specifications are based on Pepin County requirements and on the U.S. Geological Survey National Geospatial Program LiDAR Base Specification, Version 1.3. The data was developed based on a horizontal projection/datum of NAD83(2011) / Pepin County (ftUS) (EPSG Code: 7624), and vertical datum of NAVD88 - Geoid12B (Feet). LiDAR data was acquired using the Riegl VQ 1560i SN061 Sensor on May 4, 2019 in 1 total lift. Acquisition occurred with leaves absent from deciduous trees, when no snow was present on the ground, and with rivers at or below normal levels.

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