Specifications

ManualsBrandsWestinghouse ManualsConsumer electronicsSE 3718S

ALTO 818

ACCESS CONTROL UNITS

SE 818SC and SE 818SX

INSTALLATION and

OPERATION

MANUAL

5452 Betsy Ross Drive

Santa Clara, CA 95054-1184

408-727-5170

Fax 408-727-6707

P/N 66109074001, Rev. D

Summary of content (206 pages)

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ALTO 818 ACCESS CONTROL UNITS SE 818SC and SE 818SX INSTALLATION and OPERATION MANUAL 5452 Betsy Ross Drive Santa Clara, CA 95054-1184 408-727-5170 Fax 408-727-6707 P/N 66109074001, Rev.
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Alto 818 Installation and Operation © ii Copyright 1997 Westinghouse Security Electronics. All rights reserved. Printed in the United States of America. DuraKey, QuadraKey, NexKey, NexSentry and DigiReader are trademarks of Westinghouse Security Electronics. P/N 66109074001 Rev.
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Section 1: Introduction Limited Warranty Westinghouse Security Electronics warrants to the original user the Equipment manufactured by Security Electronics as described herein (the Equipment) to be free from defects in material and workmanship for a period of one year from the date of purchase by such user or fifteen (15) months from the date of shipment from the factory, whichever is sooner, provided: I Security Electronics has been notified within such period by return of any alleged defective equipment
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Alto 818 Installation and Operation FEDERAL COMMUNICATIONS COMMISSION RADIO FREQUENCY INTERFERENCE STATEMENT Alto 818 access control units manufactured by Westinghouse Security Electronics have 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.
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Section 1: Introduction Contents List of Figures ..................................................................................................................................... xi List of Tables ...................................................................................................................................... xiii Section 1: Introduction 1.1 Manual Conventions .............................................................................................................. 1-2 1.
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Alto 818 Installation and Operation Section 2: System Description 2.1 Alto 818 Access Control Unit ................................................................................................ 2-4 2.1.1 Electronics .......................................................................................................... 2-5 Lithium Battery .................................................................................................... 2-5 Main PCA Switches............................................
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Section 1: Introduction 2.8 2.9 2.10 2.11 2.12 2.13 2.14 DigiReader Digital Command Key Readers.......................................................................... 2-27 VIP2 Keypad ....................................................................................................................... 2-28 2.9.1 Keypad Used with a Sensor .............................................................................. 2-29 2.9.2 VIP2 in Stand-Alone Operation ............................................
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Alto 818 Installation and Operation Section 4: Wiring 4.1 AC Power .............................................................................................................................. 4-2 4.1.1 Grounding ............................................................................................................ 4-2 4.1.2 ACU Connection .................................................................................................. 4-2 4.2 DC Power ...............................................
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Section 1: Introduction 6.3 Command Descriptions ......................................................................................................... 6-6 6.3.1 ACCESS ............................................................................................................. 6-7 6.3.2 BYE .................................................................................................................... 6-8 6.3.3 CLOSE .................................................................................
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Alto 818 Installation and Operation 7.2.5 7.3 Reports ................................................................................................................ 7-7 Log Events .......................................................................................................... 7-7 Report Actions..................................................................................................... 7-9 7.2.6 List of Doors ............................................................................
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Section 1: Introduction List of Figures Figure 1-1 2-1 2-2 2-3 2-4 2-5 2-6 2-7 2-8 2-9 2-10 2-11 2-12 2-13 2-14 2-15 2-16 3-1 3-2 3-3 4-1 4-2 4-3 4-4 4-5 4-6 4-7 4-8 4-9 4-10 4-11 4-12 4-13 4-14 4-15 4-16 5-1 5-2 5-3 5-4 Description Page Anti-Passback Installation ......................................................................................... 1-11 Example Alto 818 System Block Diagram ................................................................... 2-3 Alto 818 Access Control Unit .........
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Alto 818 Installation and Operation Figure 5-5 5-6 6-1 6-2 6-3 6-4 6-5 6-6 6-7 6-8 6-9 6-10 6-11 6-12 6-13 8-1 D-1 D-2 xii Description Page STATUS Display Monitor Point 1.2 Active ............................................................... 5-9 STATUS Display Sensor, DigiReader and VIP2 ..................................................... 5-11 ACCESS Command Prompts ...................................................................................... 6-7 DOOR Command Prompts ..................
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Section 1: Introduction List of Tables Table 1-1 1-2 1-3 2-1 2-2 2-3 2-4 2-5 2-6 2-7 2-8 2-9 3-1 3-2 3-3 3-4 3-5 3-6 3-7 4-1 6-1 6-2 7-1 D-1 D-2 D-3 Description Page SE 818SC and SE 818SX Differences.......................................................................... 1-3 Alto 818 Features ........................................................................................................ 1-3 Privileged/Non-Privileged Access ......................................................................
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Alto 818 Installation and Operation
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SECTION 1: INTRODUCTION The Alto 818 access control units, SE 818SC and SE 818SX, are central processing devices for access control and alarm monitoring systems manufactured by Westinghouse Security Electronics (WSE). These systems comprise the ACU and associated hardware, either manufactured or supplied by WSE, required to configure an access control and monitoring installation of up to eight doors.
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Alto 818 Installation and Operation 1.1 MANUAL CONVENTIONS In addition to the basic information given in this manual, there are notes, cautions and warnings. These are defined and displayed within the manual as shown below. NOTE: A reminder or cross-reference to information or instruction located elsewhere in the manual. A note may also be a hint for ease of use. CAUTION: A caution indicates that failure to follow the supplied instructions or information may result in loss of data or damage to hardware.
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Section 1: Introduction 1.2 SYSTEM FEATURES The SE 818SC and SE 818SX comprise the Alto 818 ACUs. Table 1-1 indicates the basic differences between the two models. Specific differences will be indicated, where appropriate throughout this manual.
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Alto 818 Installation and Operation 1.2.1 ACCESS CONTROL A combination of proximity readers and keypads can be used to control entry to a building or controlled area. With proximity sensors a key holder places a command key close to a reader mounted near a controlled door. The command key is detected and its coded information is transmitted back to the Alto 818. Access is granted only when the key is valid and other preprogrammed criteria are matched.
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Section 1: Introduction 1.3 PRINCIPLES OF OPERATION This section describes terms and principles which are specific to access control systems. They are provided here for those who are not experienced with other WSE ACUs such as the SE 422. This section is not intended as a complete glossary, but to familiarize the reader with words and concepts used throughout the manual. 1.3.1 USERS AND CARD HOLDERS The term user is equivalent to system operator. The Alto 818 allows eight levels of users to be defined.
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Alto 818 Installation and Operation BUILDING OPEN MODE The building open mode is used during periods of time such as normal working hours when access to buildings or controlled areas needs to be authorized for the greatest number of card holders. Door switches and monitor points that trigger alarms in the building limited or closed mode can be set to remain silent during the building open mode.
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Section 1: Introduction 1.3.3 SENSOR TYPES The DOOR command is used to assign a sensor type to devices when building modes are to be used. Each sensor is defined as normal, open, closed or as a station sensor. If building modes are not used, all sensors act as a normal sensors. NORMAL SENSOR A normal sensor grants access during all building modes to card holders who present a card key during a valid time interval on a day specified for their access code.
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Alto 818 Installation and Operation Table 1-3: Privileged/Non-Privileged Access Reader Type Building Mode Privileged Card with Valid Access Code OPEN LIMITED CLOSED Non-Privilegedd Card with Valid Access Code OPEN LIMITED CLOSED Normal O pen Closed Station 4 4 4 4 4 4 4 8 8 4 8 8 4 4 4 4 8 8 4 4 4 4 8 8 4 Access Granted 1.3.5 8 Access denied DOOR CONTROL A number of devices may be used to control access through a door. A brief discussion of some of these follows.
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Section 1: Introduction DOOR SWITCHES A door switch senses whether a door is open or closed. A door switch interfaces to the Alto 818 via a monitor input. Through the database setup, a door switch can serve a number of functions. It can be used to indicate a door which is held OPEN TOO LONG, exceeding the time period set with the DOOR command. Similarly, if a door switch changes state from closed to open without a valid access decision made by the ACU, a DOOR FORCED OPEN message can be generated.
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Alto 818 Installation and Operation HARD ANTI-PASSBACK When hard passback is used, failure to alternate between entry and exit causes a data log entry to be printed and access to be denied. SOFT ANTI-PASSBACK A soft anti-passback violation causes a data log entry to be printed but access is granted if the card key is otherwise valid. REX AND DS CONSIDERATIONS When an area is anti-passback controlled, a REX switch is not used at the doors.
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Section 1: Introduction Figure 1-1: Anti-Passback Installation 1.3.7 REMOTE STATION Remote station switches can be used to change building modes without access to the Alto 818 terminal or host. Placed adjacent to a closed sensor-controlled entry, a valid privileged card is needed to change the mode from closed to open. When exiting, the remote station switch is held down while the card is presented to a sensor.
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Alto 818 Installation and Operation 1.3.9 DURESS CODE A feature of keypad use is the ability to enter a duress code. The duress code is the user's PIN with the digits shifted once to the left, e. g., 12345 is entered as 23451. Through system hardware and software configuration, the Alto 818 can display a duress event on the operator terminal, close a contact to actuate an audible alarm or initiate other actions. 1-12 P/N 66109074001 Rev.
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SECTION 2: SYSTEM DESCRIPTION This section describes the Alto 818 Access Control Unit (ACU) and the hardware devices available to make up a complete access control and alarm monitoring system. Current WSE hardware which may be used with Alto 818 systems is listed in Table 2-1. Older WSE products may also be compatible; contact WSE Customer Service for inquiries. A system block diagram showing an example of a system application is shown in Figure 2-1.
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Alto 818 Installation and Operation Table 2-1: WSE Alto 818 Compatible Products Mod el Descr iption Quantity p er System 92818021000 SE 818SC Access Control Unit 1 92818001000 SE 818SX Access Control Unit 1 92371801000 SE 3718SU Power Supply with Battery Backup Capability 92301801000 SE 3018S Power Supply 92422230000 Alarm-Saf Power Supply/Battery Charger 92902031000 PI-1 Power Inserter - 115 VAC 92902032000 PI-2 Power Inserter - 220 VAC 92571010000 SE 57101Terminal/Keyboard See price
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Section 2: System Description Figure 2-1: Example Alto 818 System Block Diagram 2-3
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Alto 818 Installation and Operation 2.1 ALTO 818 ACCESS CONTROL UNIT The Alto 818 is shown in Figure 2-2. Basic functions of the Alto 818 ACU are as follows: Receives identity data from readers and keypads used at controlled doors, compares this identity to a list of authorized key holders, and makes decisions to unlock doors. Monitors the open or closed state of controlled doors. Monitors the state of motion or sound detectors and window contacts and actuates control devices.
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Section 2: System Description 2.1.1 ELECTRONICS The major circuitry in the Alto 818 is mounted on one printed circuit assembly (PCA). Two additional PCAs, the LED panel and the auto sensing board are mounted on the system board. Other circuitry includes a DC power supply, a command key reader, door control relays, a backup battery, and reset, goof, battery and tamper switches. LITHIUM BATTERY A battery on the Alto 818 system PCA maintains system memory when AC power is interrupted.
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Alto 818 Installation and Operation MAIN PCA SWITCHES The Alto 818 has three switches mounted on the main printed circuit assembly: The reset switch (S1), the battery switch (S2), and the goof switch (S3). The location of these switches is shown in Figure 2-3. Reset Switch (S1) The reset switch is a momentary-contact, push-button switch used to reset the microprocessor.
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Section 2: System Description MSM AUTO SENSING PCA The MSM auto sensing PCA provides an interface between the system PCA and MSMs. A switch (S1) is used to configure the board to support either the earlier version of the MSM (SE 774) or the present version (SE 774-A). The MSM select switch must be to the right for use with the SE 774. In this position the 818SC will not support the 2854 sensor. The switch is set to the left for use with the SE 774-A. 2.1.
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Alto 818 Installation and Operation RELAYS The Phoenix connector labeled RELAYS provides relay contacts 1 to 8 to control up to eight door locks. If required, other devices can be controlled via these relay contacts through system configuration and the REPORT command. When used as a lock relay, the contact number must be the same as the door to which it is assigned. For interface wiring details, see Section 4.5. The relays can support both normally open (N/O) locks and normally closed (N/C) locks.
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Section 2: System Description TERMINAL The terminal port on the Alto 818 is an RS-232C serial data port that is used to connect the ACU to a local terminal or printer. The maximum cable length from the ACU to a terminal port device is 25 feet (7.6 m). In stand-alone mode, control of the Alto 818 is usually through this port. For terminal interface wiring details, see Section 4.7.
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Alto 818 Installation and Operation 2.2 POWER MODULES A number of power modules are available for use with the Alto 818. The SE 3708CU and the SE 3718SU are UL Listed supplies which can power the ACU. The SE 3018S, SE 3018-2 and the SE 3708C are not UL Listed and may not be installed in a security system which must meet UL 294 standards. Power for S-Net devices may be supplied by the Alarm-Saf or Power Inserter power supply; the Alarm-Saf is UL Listed, the Power Inserter is not. 2.2.
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Section 2: System Description Figure 2-5: SE 3708CU Power Module with Backup Batteries and Enclosure 2-11
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Alto 818 Installation and Operation Figure 2-6: SE 3718SU Power Module with Backup Batteries and Enclosure 2.2.2 SE 3018S*/ SE 3018-2* POWER MODULES The SE 3018S requires a 50/60HZ AC power input of 115 VAC and the SE 3018-2 requires a 50/ 60 Hz AC power input of 230 VAC. These power modules convert the line voltage to two operate an ACU; no lock power is supplied. These power modules are not suitable for UL 294 installations. 2-12 P/N 66109074001 Rev.
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Section 2: System Description 2.2.3 SE 3708C* POWER MODULE WITH BACKUP BATTERIES The SE 3708C can operate on either a primary AC line or on a standby battery pack. At facilities without emergency power systems, the SE 3708C can provide emergency power to maintain the operation of the Alto 818 in the event of a power failure. This power module can be ordered with a 50/60 Hz AC power input of either 120 VAC or 230 VAC. In addition to the AC power for the ACU, lock power of 12 or 24 VDC is provided. 2.2.
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Alto 818 Installation and Operation Table 2-5: Alarm-Saf Power Supply LED Indicators LED Function Green Indicates that AC input power is present. Red Indicates that 24 VDC output is present Yellow Indicates a fault condition. Low battery, no AC input, blown battery fuse (Fault signal output will be generated). FUSES The AC input fuse and the battery charging circuit fuse are shown in Figure 2-7. Both fuses are 10-amp, AGC-10 type fuses. BACKUP B ATTERIES Optional 12 VDC, 6.
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Section 2: System Description POWER SUPPLY /BATTERY ENCLOSURE The enclosure provides a battery space that measures 4.9 inches (11.2 cm) by 15 inches (38 cm) by 4 inches (10.2 cm). Batteries housed within the cabinet must be sealed, lead-acid batteries limited to 16 AH. The enclosure is fabricated from 18-gauge steel, is louvered for cooling, and has a key-lockable door. The enclosure dimensions are 11 inches (28 cm) high by 15 inches (38 cm) wide by 4 inches (10 cm) deep. 2.2.
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Alto 818 Installation and Operation 2.3 TERMINAL, HOST AND PRINTER A terminal with keyboard or a host computer must be used to control the Alto 818. Both may be installed if desired. The use of a system printer is optional. 2.3.1 TERMINAL WSE offers the SE 57101 terminal and keyboard, manufactured by Wyse, for user interface to Alto 818 systems. The terminal is connected directly to the controller through the RS-232 port.
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Section 2: System Description 2.4 SE 778-A ANNUNCIATOR/ CONTROL MODULE The SE 778-A Annunciator/Control module, shown in Figure 2-8, connects to the Alto 818 via the annunciator connector. This module provides one latched control contact and eight non-latched contacts. Inputs are also provided for a remote station switch. The SE 778-A dimensions are 3 inches (7.6 cm) by 11.4 inches (28.9 cm) by 1.5 inches (3.8 cm).
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Alto 818 Installation and Operation 2.4.1 LATCHED CONTACTS AND INDICATOR The annuciator has one set of latched alarm contacts (L-ALARM) and an associated indicator light. The Alto 818 can be programmed to cause these contacts to close and to turn on the latch alarm indicator lamp when a specified abnormal condition is detected by the ACU. Once latched, these contacts will stay latched and the indicator light will stay on until the annuciator receives the SILENCE command from the Alto 818 to unlatch them.
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Section 2: System Description 2.4.4 REMOTE STATION A remote station can be used to change building modes without requiring access to the ACU terminal or host computer. The remote station, connected to the SE 778-A module, consists of two momentary-contact push-button switches, an indicator light, associated circuitry, and a proximity reader. The reader must be identified as a station sensor with the DOOR command. The two push-button switches (limited and closed) are used for changing building modes.
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Alto 818 Installation and Operation 2.5 SE 774-A MULTIPLE SWITCH MONITOR (MSM) The SE 774-A MSM, Figure 2-9, provides four monitoring point contact pairs. A monitor point may be a door switch, request-to-exit switch, or other device. It is interfaced to the Alto 818 by coaxial cable connected to a sensor port. With an MSM connected to each of the eight sensor ports, the Alto 818 can monitor up to 32 points. The SE 774-A MSM measures 6.5 inches (16.5 cm) by 5.7 inches (13.7 cm) by 2.75 inches (5.
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Section 2: System Description The monitoring points connected to the MSM must have dry electrical contacts, either normally open (N/O) or normally closed (N/C), which indicate that the monitoring device is in either the active or the inactive state. Monitoring device connections to the MSM are by means of the terminal block mounted on the face of the MSM. The monitoring device inputs are wired by twisted pair, non-shielded cable, with a 36K-ohm resistor.
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Alto 818 Installation and Operation 2.6 COMMUNICATION INTERFACES WSE offers two communication interface devices which can be used to interface the Alto 818 to a host computer through the 20mA loop port. These modules can also be used to connect multiple ACUs to a single host computer. Both communications interfaces are described below. 2.6.1 CI-1 COMMUNICATIONS INTERFACE* The CI-1 provides the circuitry to allow the Alto 818 to communicate with a host system through the 20mA loop connector.
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Section 2: System Description 2.6.2 CI-8 COMMUNICATIONS INTERFACE* The CI-8 is capable of driving up to eight WSE access control units through its RS-232 ports. The ACUs can be any combination Alto 818 and NexSentry systems. The each of the 20mA loop ports can support up to four ACUs. A block diagram of a security system using the CI-8 is shown in Figure 2-11.
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Alto 818 Installation and Operation 2.7 ANALOG PROXIMITY SENSORS As indicated in Table 2-1, the Alto 818 can accommodate various analog proximity readers. These sensors are described below. 2.7.1 PROXIMITY SENSOR OPERATION The Alto 818 ACU generates low level RF in the range of 2 to 27 MHz. This frequency range is swept from high to low and applied to the reader ports.
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Section 2: System Description SE 2854/55 MEDIUM RANGE SENSOR* The SE 2854 sensor and the SE 2855 sensor have a read range of 2 to 12 inches (5 to 30.5 cm). These two sensors differ only in that the SE 2854 has the coax connector located on the rear for surface mounting using the SE 2700 standoff, and the SE 2855 has the coax connector located on the edge for recessed mounting. MSM Requirements. The SE 2854/55 sensors can only be used with the SE 774-A model MSM with the MSM switch set to 2854/55.
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Alto 818 Installation and Operation Table 2-7: SE 2804 Wiring Function W ire Color Red LED Red Green LED Green Ground White The LED requires a power source in the range of +12 VDC to +24 VDC, making it able to use the same power source as door locks. When conencted, the green LED will indicate an unlocked state, the red LED will indicate a locked state. +24 VDC should not be connected to both the green LED and the red LED at the same time. 2-26 P/N 66109074001 Rev.
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Section 2: System Description 2.8 DIGIREADER DIGITAL COMMAND KEY READERS* DigiReaders emit a low-level 140-KHz field. When a digital command key is placed in this field, the key uses the field's energy to become activated. Once activated, the key responds by broadcasting a 70-KHz signal, modulated with a key-specific code sequence, back to the reader. The reader receives this signal and converts it to a digital code which is then sent to the ACU.
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Alto 818 Installation and Operation 2.9 VIP2 KEYPAD The VIP2 keypad may be used as a stand-alone access control device or in conjunction with a proximity sensor. The VIP2 is 4.5 in (11.4 cm) high x 4.5 in (11.4 cm) wide x 2.25 in (5.7 cm) deep. The VIP2 front panel has 12 push-button switches for PIN entry, and three LEDs to indicate door and device status.
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Section 2: System Description 2.9.1 KEYPAD USED WITH A SENSOR When a VIP2 and a proximity sensor or a DR 4205K DigiReader with keypad is used to gain access, a valid PIN must be entered and a command card presented; the order in which this is done is not significant. Presentation of the command key to the proximity reader and the keypad entry of the PIN must be completed within a grace period as defined with the SYSTEM command.
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Alto 818 Installation and Operation 2.10 MODEMS Security of an Alto 818 communicating over a modem can be maintained by two methods: Building ID messages defined with the MODEM command used for identification at the remote site and requiring the remote site to call back before information is transmitted.
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Section 2: System Description 2.11 NEXSTAR RS-485 MULTIPLEXER The NexStar RS-485 Multiplexer provides a link between a WSE access control unit, such as the Alto 818 or NexSentry, and multiple S-Net runs. With five symmetrical ports, the end-to-end SNet length can span up to 8000 feet (2400 meters) and contain up to 20,000 feet (6000 meters) of installed wiring.
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Alto 818 Installation and Operation 2.12 S-NET S-Net is a serial network for communication between the ACU and digital node devices such as DigiReaders and the VIP2 keypad. Typically, the cable used is two twisted pairs with an overall shield; one pair is for data, the other pair is for DC power. Terminate the S-Net with 120-ohm, ¼ watt resistors as shown in Figure 2-14. The maximum S-Net length is 4000 feet (1200 meters).
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Section 2: System Description 2.13 DOOR CONTROL CONFIGURATIONS There are many possible reader configurations. Because of their bidirectional properties, a single proximity reader may be used to both enter and exit a controlled area. Separate readers must be used on a door to allow anti-passback control. When a reader is installed on one side only, a pressure sensitive mat, panic bar, motion detector or other device can be used to send a request-to-exit signal to the ACU.
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Alto 818 Installation and Operation 2.13.2 TWO-READER CONTROL The two-reader system shown in Figure 2-16 can perform functions in addition to door access. Entry is controlled by a reader on a sensor port; access can be controlled and key holder location may be recorded. The exit reader, also on a sensor port, may be used to record key holder exit, enable anti-passback control, act as a request-to-exit signal and to initiate a door unlock.
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Section 2: System Description 2.14 SYSTEM MODES The Alto 818 system is always in one of two modes: the operate mode or the command mode. These modes are described below. 2.14.1 OPERATE MODE The operate mode is the normal mode providing access control without the presence of an operator. No commands can be entered from the terminal while in this mode. Manual change of building modes can only be accomplished from a remote station switch.
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SECTION 3: INSTALLATION PLANNING Section 3 discusses information required to draw up an installation plan for an Alto 818 system. Since all systems have their own particular requirements, this section can only provide general guidelines to assist in the development of an access control system. The design of any access control system requires careful consideration of the interplay between the specific security needs of the owner and the capabilities of the available system hardware.
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Alto 818 Installation and Operation 3.1 INSTALLATION PLANNING The design of any access control system requires careful consideration of the specific security needs of the owner and how the capabilities of the available system hardware can be made to meet those needs. The site security requirements should be thoroughly discussed with the owner before the system hardware is selected and an installation plan is drawn up. 3.1.
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Section 3: Installation Planning 3.1.2 PLAN PROCEDURES The development of an installation plan is an evolutionary process. First, an overall assessment is made of all access control and alarm monitoring requirements. Then the hardware items required to implement these requirements and the location of each unit is decided. At this time a preliminary installation plan can be drawn up. As requirements become more specific, this plan may change until a final plan is approved by all parties concerned.
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Alto 818 Installation and Operation Table 3-1: Installation Site Product List Model Description 92818001000 SE 818SC Access Control Unit 92371801000 SE 818SX Access Control Unit 92371801000 SE 3718SU Power Supply with Battery BackupCapability 92301801000 SE 3018S Power Supply 92422230000 Alarm-Saf Power Supply/Battery Charger 92902031000 PI-1 Power Inserter 92571010000 SE 57101Terminal/Keyboard See price list SE 6000 Host Computer See price list SE 5850 Host Computer See price list Nex
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Section 3: Installation Planning 3.2 ENVIRONMENTAL REQUIREMENTS Table 3-2 below indicates the operating range for temperature and humidity for WSE products which may be used as part of an Alto 818 access control system.
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Alto 818 Installation and Operation 3.3 HARDWARE LOCATION The proper location of all Alto 818 system hardware units must be determined prior to development of a final installation plan. 3.3.1 ALTO 818 CONTROLLER The system controller should be located so that it is accessible to service personnel in the event of an emergency or a unit failure. Do not connect the lock controlling the area in which the unit itself is located unless there is an alternate method of entry.
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Section 3: Installation Planning Readers mounted in metal enclosures must have a minimum of 3 inches (7.62 cm) clearance on all sides. Avoid RF interference which may impair the sensor read range.
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Alto 818 Installation and Operation 3.3.3 DIGIREADER The installer should refer to the installation manuals for the specific readers being installed. Generally, care must be taken when choosing the installation site to avoid possible external sources of RF interference.
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Section 3: Installation Planning 3.4 GENERAL WIRING REQUIREMENTS The following cable and wiring requirements will satisfy normal safety standards. Refer to local standards for additional information. In general, no power wires should be thinner than 18 gauge. Ends of wires clamped under binding screws or similar parts must be tinned and terminated using a crimp tool.
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Alto 818 Installation and Operation 3.5 COAXIAL CABLE INSTALLATION The correct installation of coax cable will minimize the time and cost of the system installation. When not installed in accordance with the rules provided below, system faults may occur that are difficult to isolate. Coaxial cables used on Alto 818 installations must be SE 9284-type cables. Substitutions are not permitted unless written approval is obtained from WSE. See Appendix C for a list of approved cable vendors.
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Section 3: Installation Planning 3.6 S-NET S-Net is an RS-485 serial network for communication between the ACU and node devices. Typically, the cable used is two twisted-pairs with an overall shield; one pair is for data, the other pair is for DC power. It is recommended that separate data and power cables be used when the length exceeds 500 feet (150 meters). Table 3-3 lists recommended cable. Table 3-3: S-Net Cable Recommendations 3.6.
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Alto 818 Installation and Operation 3.6.2 S-NET POWER WIRE SIZE The daisychaining of S-Net devices causes significant cable losses. At least 16 volts must be available at each node to insure proper operation. The following steps will help determine the proper wire gauge for an installation. 1. Find the total number of load units from the Device Load Table below. Add only the devices on the S-Net that are at least 50 feet (15 meters) from the power supply.
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Section 3: Installation Planning for the VIPs for a total of 12. The distance to the last device is 1200 feet. Looking at the row for 15 loads and the column for 1500 feet; the required wire size for this S-Net power pair is 16 AWG. 3.6.3 ALTERNATIVES TO LARGE POWER WIRE If the wire size from the table is very large, there are alternatives: 1. A second power supply can be located closer to the devices to limit the total length. 2. Two or more conductor pairs can be used to increase the load capacity.
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Alto 818 Installation and Operation S-Net cable should be installed as a single cable; splices should be soldered or secured with crimp lugs. Drop-lines to a S-Net devices should not exceed 6 feet (1.8 meters) in length. Figure 3-1: Drop Wiring 3.6.6 TERMINATION RESISTORS The S-Net should be terminated with a 120-ohm, ¼ watt resistor connected between the wires (DATA A and DATA B) at the last node device on each branch of the S-Net. 3.6.
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Section 3: Installation Planning Figure 3-2: S-Net Termination 3.6.8 WIRE INSERTION For wire insertion to either fixed block or Phoenix connectors, the following procedure is recommended: 1. Strip the wire end. 2. Twist the exposed strands tightly and tin the ends. 3. Crimp an appropriate size ferrule on the end of the wire. Be sure that the ferrule is crimped on bare conductor metal, not the insulation. Figure 3-3: Wire Insertion 4. Insert ferrule in the appropriate Phoenix connector terminal.
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Alto 818 Installation and Operation 3.7 S-NET POWER REQUIREMENTS One or more power supplies are required to provide DC power to the S-Net devices. The specific number of power supplies will depend on the number of devices and the overall length of the SNet cable. Table 3-7 provides a list of nominal power as a guideline to determine power needed. Table 3-7: S-Net Device Supply Requirements Device Minim u m Vo ltage Required Po wer Required S -Net IR Drop/1000 Ft DR 4204 16 VDC 1.96 Watts 0.
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Section 3: Installation Planning 3.8 ALTO 818 MOUNTING The Alto 818 should be installed in an electrical equipment cabinet such as a NEMA Type I Panel Enclosure or any other enclosure that is designed to house electrical and electronic controls that do not require an oil- or dust-tight atmosphere. All devices should be mounted on nonconductive surfaces, so devices are not grounded to the building when AC power is removed.
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Alto 818 Installation and Operation 3.9 CONTROLLED DOORS Early in the development of an installation plan, a list of controlled doors should be prepared. For each door, the list should specify whether one or both sides of the door will be controlled. Specify which doors are emergency doors which should be configured to unlock in the event of an emergency. List the lock type, reader, sensors, keypads and switches to be used. 3.9.
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Section 3: Installation Planning 3.10 MULTIPLE SWITCH MONITORS To determine the number of MSMs that will be required to interface the Alto 818 with the system hardware, mark the installation plan to indicate all points to be monitored. Four monitor contacts may be connected to each MSM. Each MSM can support one analog proximity reader by means of a coax cable. Indicate the door lock connections which are routed to the lock outputs of the Alto 818 on the installation plan.
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Alto 818 Installation and Operation 3.11 MONITORED INPUTS Monitored inputs are any contacts connected to the ACU through an MSM. Each monitored contact has a designator in the form X.Y, where X is the sensor port of the MSM (18) and Y is the contact pair number (14). Monitor points used for door switches and REX switches are selected with the DOOR command. The MONITOR command may be used to enter a name for each point and to indicate a report number to be initiated when the monitor point is active.
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Section 3: Installation Planning 3.12 INSTALLATION SEQUENCE The following is a suggested order for installing a Alto 818 security access system. If the installation is an upgrade or an addition to an existing system, the procedures will vary. CAUTION: Do not power up the system until the wiring is complete and has been doublechecked. 1. Complete the installation plan. 2. Install S-Net, monitor input and relay output wiring. Install coaxial cable for analog sensors and MSMs. 3.
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SECTION 4: WIRING This section provides the product information necessary to install an Alto 818 access control system. Because each installation site is unique, only general guidelines for an installation plan can be given. Specific power and environmental requirements are listed for each WSE product which may be included in the security system. Connectors, pin-outs and wiring connections are given. All installation wiring shall be in accordance with the National Electrical Code ANSI/NFPA70.
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Alto 818 Installation and Operation 4.1 AC POWER The SE 3708CU or the SE 3718SU power module is connected to both the primary AC line power and to the ACU. If required, the SE 3708CU or the SE 3718SU can be connected to backup battery power. Both the SE 3708CU and the SE 3718SU power modules require a 115 VAC (+ 10%), three-wire (single-phase) primary power circuit with a low resistance ground (green) conductor.
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Section 4: Wiring Figure 4-1: SE 3708CU or SE 3718SU Power Module The SE 3708CU provides a 40VAC, peak-to-peak, 400Hz square wave power input and a 80VAC, peak-to-peak, 400Hz square wave power input to the power connector. In addition, the SE 3708CU connects a power failure signal (YEL conductor) to the Alto 818 power failure terminal.
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Alto 818 Installation and Operation 4.2 DC POWER A DC power source is required for S-Net devices. One or more supplies may be required depending on the type and number of devices used in the system. A discussion of power requirements for WSE products and how to estimate system power needs can be found in Section 3. 4.2.1 ALARM-SAF MODEL AS/PS5-BFS-24-UL The optional 12VDC, 6.
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Section 4: Wiring SINGLE ALARM-SAF INSTALLATION Installation of a single, or the first of multiple, power supplies is shown in Figure 4-2. The AlarmSaf supply Fault Output signal may be monitored through a contact pair on an MSM. NOTE: The Alarm-Saf will have either an 8-position DIP switch or an 8-line block mounted in the position shown. Switches 3 through 8 should be set to the right; switches 1 and 2 should be set to the left. Lines 3 through 8 should be severed; lines 1 and 2 should remain intact.
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Alto 818 Installation and Operation 1. Verify that all installed power supplies to the S-Net are OFF. 2. Carefully cut through the S-Net cable shield. 3. Cut the power lines. 4. Tape and stow the power lines from the upstream S-Net. 5. Connect the downstream power lines to the supply. 6. Connect the downstream shield to chassis ground of the power supply. 7. Connect the fault output to monitor points as required. 4.2.
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Section 4: Wiring Table 4-1: Power Inserter Pin-Outs Con necto r Description J1 S-Net J2 J3 S-Net Power Pin Description 1 +24 VDC 2 Data A 3 Data B 4 24 V Return 1 +24 VDC 2 Data A 3 Data B 4 24 V Return 1 Power Fail + 2 Power Fail 3 Lock Power + 4 Lock Power 5 Battery + 6 Battery SINGLE POWER INSERTER INSTALLATION Figure 4-5 shows the installation of a single PI providing S-Net power.
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Alto 818 Installation and Operation MULTIPLE POWER INSERTERS INSTALLATION Installation of additional Power Inserters is shown in Figure 4-6. WARNING: FAILURE TO FOLLOWING THESE INSTRUCTIONS MAY RESULT IN EXTREME DANGER OF AN ELECTRICAL FIRE. 1. Terminate the upstream S-Net cable at J2 of the power supply. Notice that no connection is made from the upstream shield. 2. Cut supply jumpers J4 and J5. 3. Connect downstream S-Net to J2 of the power supply, connecting the shield to the supply chassis ground. 4.
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Section 4: Wiring 4.3 RS-485 INTERFACE All digital readers* and keypads are connected to and controlled by the Alto 818 via the S-Net. S-Net connection to the Alto 818 is through the RS-485 port. Figure 4-7: RS-485 Interface Wiring for S-Net Devices and Tamper * The DigiReaders may be used with the SE 818SC only. They are not supported by the SE 818SX.
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Alto 818 Installation and Operation Connectors labeled SHIELD RETURN, PWR, GND, B and A are used for S-Net connections. The MP+ and the MP- terminals are used for an auxiliary SE 818 tamper input. If this function is not used, a 2K-ohm resistor must be connected across these pins. The system will generate a TAMPER signal at any resistance other than 1520 to 2600 ohms. All S-Net node devices have a hexadecimal address switch which must be set uniquely as part of the installation procedure.
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Section 4: Wiring 4.4 ANALOG SENSORS Analog sensors connect to either a SE 774-A MSM or directly to an Alto 818 reader port via coaxial cable using F-56 connectors. Refer to Section3.5 for the rules governing the installation of coax cable. Note that the maximum distance for an SE 2814/15 reader from the Alto 818 is 1,000 feet (305 m). Figure 4-8: Analog Proximity Sensors Interface wiring for the DigiReaders is discussed in Section 4.3.
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Alto 818 Installation and Operation 4.5 LOCK WIRING INTERFACE As shown in Figure 4-9, up to eight door locks can be controlled by the Alto 818 via the relays connector. Figure 4-9: Door Lock Interface Wiring The maximum current each relay contact can carry is 3 amps with an inductive load at 120 VAC. The returns are tied together in pairs (Lock 1, Lock 2 return is 1, 2 Common, etc.). These returns, however, are isolated from the ACU ground.
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Section 4: Wiring 4.6 SE 744-A MSM INTERFACE WIRING Each SE 774-A MSM can be used to interface up to four monitor point contacts and one reader with each reader port on the Alto 818. 4.6.1 READER CONNECTIONS The SE 774-A MSM is a series connection between a reader and an Alto 818 reader port. The MSM has two female coax connectors for this purpose and it makes no difference which one is used to connect to the reader and which one to the ACU.
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Alto 818 Installation and Operation Figure 4-10: MSM Connections for N/O and N/C Monitoring Contacts 4-14 P/N 66109074001 Rev.
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Section 4: Wiring 4.7 HOST AND SYSTEM TERMINAL INTERFACE WIRING The host connector and the terminal connector on the Alto 818 provide RS-232C serial data interfaces for a host computer and a terminal, respectively. The Alto 818 software default setup is for an RS-232C null modem terminal interface cable as shown in Figure 4-11. The maximum length of this cable must be held to 25 feet (7.6 M).
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Alto 818 Installation and Operation Maximum 25 FT (7.6 M) SE 818SC Access Control Unit CHAS GND HOST RLSD GND 6 1 DCER 8 CTS 7 2 RTS RD 4 TD 5 DTER 3 SE 6000 HP D2040A Terminal Concentrator Male RJ-45 Figure 4-12: SE 6000 System HP Terminal Concentrator (Model D2040A) Interface 4-16 P/N 66109074001 Rev.
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Section 4: Wiring 4.8 REMOTE TERMINAL WIRING The host connector on the Alto 818 is a RS-232 serial data port that can be used to connect a local modem to a remote modem via telephone lines. This interface is shown in Figure 4-13. The TX terminals on the local modem are connected to the RX terminals on the remote modem and the local modem RX terminals are connected to the remote modem TX terminals.
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Alto 818 Installation and Operation 4.9 SE 778-A INTERFACE WIRING The Alto 818 interfaces with the SE 778-A Annunciator/Control panel (Ann/C) by means of a 15conductor cable which is connected to the annunciator connector on the ACU; see Figure 4-14. The maximum length of this cable is 15 feet (4.4 M).
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Section 4: Wiring 4.10 20 mA LOOP WIRING When a remote terminal is interfaced with the Alto 818 using the 20 mA loop connector, the remote terminal is connected to a CI-1 Communications Interface. The CI-1 is then connected to the 20 mA connector on the Alto 818 as shown in Figure 4-15. The TX terminals on the Alto 818 are connected to the RX terminals at the communications interface device, and the RX terminals are connected to the TX terminals.
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Alto 818 Installation and Operation 4.11 REMOTE DIAL-UP INTERFACE Two 6-foot (1.85-meter), 25-pin connector cables are included with the Remote Dial-Up Interface (RDI). These cables provide connection of the RDI between the Alto 818 host port and a modem. All other connections are standard modem connections. Figure 4-16: Remote Dial-Up Interface Installation 4-20 P/N 66109074001 Rev.
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SECTION 5: BENCH CHECK This section contains the bench check procedures that are recommended before the equipment is placed in service. It is recommended that all tests described should be performed on all Alto 818 ACUs. The setup procedure is based on a configuration which uses analog sensors, MSMs for monitor points and one or more RS-485 (S-Net) devices.
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Alto 818 Installation and Operation 5.1 UNPACKING 1. Inspect new equipment before beginning a bench test; report any damage to the carrier and to WSE. 2. Retain the container and protective packing material for use in transporting equipment to the installation site or for return to factory, if required. 3. If a malfunction occurs during the bench check, do not attempt to troubleshoot or repair the equipment; notify WSE immediately. 5-2 P/N 66109074001 Rev.
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Section 5: Bench Check 5.2 TEST SETUP The required equipment for performing a bench test is listed in Table 5-1.
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Alto 818 Installation and Operation 2. Ensure that the AC input switches on the power module and terminal are off, and connect equipment as shown in Figure 5-2. A. Connect the terminal to the terminal port of the ACU as described in Section 4. B. Connect an SE 3708CU or SE 3718SU power module to the power port of the ACU as described in Section 4. C. Connect an SE 28XX sensor to an MSM using SE 9284 coax cable. D. Connect the MSM to Alto 818 ACU sensor 1 port using SE 9284 coax cable.
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Section 5: Bench Check 4. If using a SE 57101 terminal, reset the terminal setup configuration as follows: A. Press shift and setup keys simultaneously; the setup menu bar will appear across the bottom of screen. B. Use the down arrow to scroll through the setup displays; stop at SET 4. The display should read: |SET 4|EIA=HOST|7 BITS|BIT8 1|PARITY ON|PARITY ODD|STOP1|BAUD:300| C.
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Alto 818 Installation and Operation 5.3 TEST PROCEDURES Each Alto 818 undergoes rigorous quality assurance testing before it is shipped from the factory. When a bench test is desirable, the following tests can be used to verify proper operation of the primary input and output connections to the Alto 818. If the Alto 818 ACU does not perform in the manner indicated in the tests, verify the test setup and components used. If the correct responses are not achieved, return the Alto 818 to the factory. 5.3.
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Section 5: Bench Check MSM Auto Sensing PCA Reset Switch (S1) Battery Switch (S2) 774/774-A Switch Goof Switch (S3) Tamper Switch Figure 5-3: Alto 818 Switch Locations (Cover Removed) 5.3.2 TERMINAL TEST This test is used to verify the installation and configuration of the terminal. 1. Observe the terminal monitor; the screen should display system status. (All times and dates shown are based on factory settings.) If the status is not displayed: A.
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Alto 818 Installation and Operation 5.3.3 LOCK RELAY TEST This test will verify the operation of the Alto 818 lock relays. Valid abbreviations for commands used are shown in parentheses. 1. Type UNLOCK (UNL) and press Enter. The screen displays: DOOR 1-8 OR 0 FOR ALL)? 2. Type 0 and press Enter. Listen for the click of relays and observe that all green relay LEDs illuminate in sequence on the ACU. 3. Set the DMM, or ohmmeter, on the 10-ohm scale.
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Section 5: Bench Check 5.3.4 MONITOR INPUT TEST This test will verify the monitor input functions of the Alto 818. 1. Exit the command mode by typing BYE (B) at the command prompt. 2. Using the toggle switch installed on the MSM as in Figure 5-1, close the contact. If a jumper wire is used, short the L and H contacts on the MSM. The terminal monitor should indicate an active relay point with a message similar to: 40 16:23:22 (1.
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Alto 818 Installation and Operation 5.3.5 SENSOR TEST With an SE 28XX sensor connected to an Alto 818 port as shown in Figure 5-2 (MSM not required), verify sensor operation with the following procedure. 1. From the command prompt, type DOOR (DO) and press Enter. 2. Enter the door number which corresponds to the sensor port (door). 3. Type 8 and press Enter. The screen displays: 8A. SENSOR ENABLE (Y/N): N? 4. Type Y and press Enter. 5. Press the Escape key to exit the command. 6.
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Section 5: Bench Check 5. At the command prompt, type STATUS (STA) to display the status of the digital reader on the door defined above. The correct display for a sensor on door 1, a DigiReader on door 3 and VIP2 on door 2 are highlighted on the sample STATUS screen, Figure 5-6. The DigiReader LED should be illuminated. VIP2 1. From the command prompt, type DOOR (DO) and press Enter. 2. Enter the door number which corresponds to the address of the VIP and press Enter. 3. Type 19 and press Enter.
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Alto 818 Installation and Operation 5.3.7 BENCH CHECK CONCLUSION To conclude the bench check, proceed as follows: 1. If still in the command mode, type BYE (B); and press Enter. 2. Turn the ACU power module off. Turn off the power module used for the RS-485 S-Net devices. 3. Disconnect all cables and wiring from the Alto 818. 4. If you do not plan immediate installation of the ACU, remove the cover from the Alto 818 and ensure that S2 (Figure 5-3) is off. Replace the cover of the Alto 818. 5.
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SECTION 6: COMMANDS This section describes the system commands as entered from the keyboard of a terminal or a computer emulating a terminal. The commands are listed in alphabetical order. Instructions for configuring the Alto 818 using the commands are discussed in Section 7; operation instructions are covered in Section 8. For configuration and operation from a host, see the appropriate security management system manual.
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Alto 818 Installation and Operation 6.1 KEYBOARD ENTRIES Entries may be made to the Alto 818 database and operation commands issued from a host computer or from a terminal keyboard. This subsection describes keyboard techniques which are valid for command entry from either. A host computer operation is provided through an SE 5850, SE 6000 or NexSentry Manager security management system (SMS). An entire database may be downloaded to the Alto 818 via a modem, or a single command can be issued.
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Section 6: Commands Displayed date fields are interpreted as follows: DD-MMM-YY where: DD = Two-digit number for day of the month (for days 1 through 9, a 0 will precede the number) MMM = Month of the year (JAN, FEB, MAR, APR, MAY, etc.) YY = Last two digits of the year (96, 97, 98, etc.) For example, if a holiday is to be scheduled for July 4, 1999, this date would be displayed as: 04 JUL 99 You may use a number of delimiters between the day, month and year fields.
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Alto 818 Installation and Operation Time intervals are displayed by the system as follows: 00:00-00:00. A time interval between 5:30 PM of one day and 1:30 AM on the next day is displayed as 17:30-01:30. Using different delimiters, possible entries are: 17 30 1 30 17:30-01:30 17,30-1.30 Leading zeroes do not need to be entered. NOTE: Time interval entries must include days as well as start and stop times. 6.1.
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Section 6: Commands 6.2 COMMAND TYPES Commands can be divided into three categories: Operation Commands which may be used during normal operation of the access control system. Database Commands used to make entries to the Alto 818 database. Database commands are used prior to initial operation of the Alto 818 for access control, and later to make modifications to the database as required. Print The PRINT command is used in combination with the other commands to display the current configuration.
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Alto 818 Installation and Operation 6.3 COMMAND DESCRIPTIONS In the command mode, after a valid password has been entered, entering HELP will cause the list of all commands to be displayed. Commands can be abbreviated as shown in Table 6-2. During database setup, one of six user authorization ranks, rank A through F, is assigned to each user. Thereafter, the availability of any command to any user depends on the rank to which they have been assigned.
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Section 6: Commands 6.3.1 ACCESS Access codes determine when a command key holder or VIP2 user may access defined doors. The default prompts for the ACCESS command, access code 1, are shown in Figure 6-1. There are 120 available code numbers. An ACCESS setup sheet can be found in Appendix B.
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Alto 818 Installation and Operation Access code 1 is preprogrammed at the factory to be applicable to all controlled doors, 24 hours a day, 7 days a week, including holidays. It is useful when the system is first installed on site, before the database is set up. The access doors and times for code 1 can be changed during or after database setup to suit the requirements of the installation. The remaining access codes (2-120) have no preprogrammed time intervals or days for any door.
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Section 6: Commands 6.3.4 DELETE The DELETE command is used to delete key holder codes from the database. This command should be used judiciously. For security reasons, it is often advisable to change a key holders access code to 0 instead of deleting the key code (see Section 6.3.10). When DEL is entered in response to the YOUR COMMAND? prompt, the screen display is: YOUR COMMAND? KEY CODE? DEL Type in the code of the key you wish to delete and press Enter.
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Alto 818 Installation and Operation DOOR (1-8)? GO TO (1-20)? 1. NAME (24): ? 2. KEY TRACE REPORT (0-32): 1? 3. ACCESS GRANTED REPORT (0-32): 1? 4. ACCESS DENIED REPORT (0-32): 1? 5. DOOR OPEN TOO LONG REPORT (0-32): 1? 6. DOOR FORCED OPEN REPORT (0-32): 1? 7. COAX FAIL REPORT (0-32): 1? 8. SELECT READER TYPE 8A. SENSOR ENABLE (Y/N): Y? 8B. SENSOR FAIL REPORT (0-32): 1? 8C. SNET READER TYPE (NONE/DKR/SCR): DKR? 8D. SNET READER FAIL REPORT (0-32): 1? 8E. DIGITAL KEY READER RANGE (0-255: 254? 9.
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Section 6: Commands 3. At this time, you may select to jump to any of the available fields by typing the number and pressing Enter. For the default 1, the screen displays: 1. NAME (24): ? 4. Type a name with a maximum of 24 characters. Descriptive names such as FRONT LOBBY or DELIVERY ENTRANCE are advised. Press Enter. 5. The screen displays: 2. KEY TRACE REPORT (0-32): 1? Prompt 2 is the first of several fields which allow you to assign a report number to various door activities.
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Alto 818 Installation and Operation 8. Select a report, 032, for a failure of the analog sensor. Press Enter. The screen displays: 8C. SNET READER TYPE (NONE/DKR/SCR): DKR? 9. If an S-Net device, other than a VIP2, is to be used for this door, enter DKR for a digital reader or SCR for an AT&T Smart Card reader. For no S-Net device, enter NONE. Press Enter. For entries other that NONE, the screen displays: 8D. SNET READER FAIL REPORT (0-32): 1? 10.
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Section 6: Commands 12. REVERSE LOCK (Y/N): N? 17. This field makes possible the use of either a fail-safe (unlocks on loss of power) or fail-secure (locks on loss of power) door locks in a system. A fail-safe lock will unlock when lock contacts are opened by the Alto 818 or when power to the ACU is lost. Operation of a fail-secure lock is opposite: The door will be locked when power to the ACU is lost or when the ACU lock contacts are open. Type Y or N as required and press Enter. The screen displays: 13.
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Alto 818 Installation and Operation 22. If an N, the default, is selected for this function, the door switch will be shunted upon a valid exit request but the door will not be unlocked. This function should be enabled, enter Y, for doors with a door or lock which must be powered to open. After entering a response, the screen displays: 16B. VALID REX 00:00-00:00 ? 23. Four time intervals are available to schedule when signals from a REX device associated with a given door will be valid.
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Section 6: Commands When Y is entered at the prompt, the key reader will remain active and the unlock time will automatically drop to 1 second while the door is open. As long as keys are presented to the sensor within the DOOR OPEN TOO LONG time selected in field 14, no log message will be generated. It is recommended that time-and-attendance doors be equipped with an audible and/or visual device that activates each time the door is unlocked.
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Alto 818 Installation and Operation 6.3.6 FORGIVE The FORGIVE command resets the anti-passback status of all command keys in the system. It has the same effect on anti-passback status as disruption of power to the ACU. In either case, the Alto 818 resets the location of each key holder to UNKNOWN. Anti-passback status is then set to either IN or OUT the next time each key holder uses the command key. The KEY command (see Section 6.3.
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Section 6: Commands 4. TRACE (Y/N): N? 4. Type Y or N as required and press Enter. The screen displays: 5. LOCATION (IN/OUT/UNKNOWN): UNKNOWN? 5. Type IN or OUT or accept the default, UNKNOWN. Press Enter. The screen displays: SENSOR (1-8)? 6. Type the door number of the sensor to which the command keys will be presented. Press Enter. The screen displays: PRESENT KEYS TO SENSOR PRESS ANY KEY TO STOP 7. Present keys to the designated sensor one at a time.
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Alto 818 Installation and Operation The holidays are entered as follows: DD = Day of the month (01-31) MMM = Month of the year (JAN, FEB, MAR, etc.) YY = Year (95, 96, etc.) For example, American Independence Day 1998 would be entered as 04 JUL 98. The HOLIDAY command must be evoked for each holiday that is to be observed. To define holidays, proceed as follows: 1. From YOUR COMMAND? prompt, type HOL and press Enter. The screen displays: HOLIDAY (1-30)? 2.
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Section 6: Commands 1050/1060 KEY (Y/N) Y? 2. If a 1050 or 1060 key is to be input type Y; for 1030 or 1040 keys type N. Type N for digital keys. Press Enter. The screen displays: KEY CODE? 3. The key code can be found on one edge of the command key. The 1050 keys may have code numbers from 1 to 24,040,016; and the 1060 keys may have code numbers from 24,040,017 to 99,999,999. If VIP ONLY key codes are to be entered, refer to the SYSTEM command field 16 for the number of digits, 48.
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Alto 818 Installation and Operation characters will be truncated. Similar key holder names may need to be modified to assure that they are unique. Two John Browns might be differentiated by middle initial: John J Brown and John B Brown. Logs for key holder activity will identify the key by both the code and the name specified in this field. Type the name and press Enter. The screen displays: 2. ACCESS CODE (0-15): 0? 7. Type the appropriate code for the card holder.
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Section 6: Commands PRINT IN ALPHABETICAL ORDER (Y/N): ? Y ANY QUALIFIERS (Y/N): ? Y 1A. 1060 KEY TYPE (Y/N): ? Y 1B. 1050 KEY TYPE (Y/N): ? Y 1C. 1040/1030 KEY TYPE (Y/N): ? 2. ACCESS CODE (0-120): ? 1 3. PRIVILEGED (Y/N): ? 4. TRACE (Y/N): ? 5. LOCATION (IN/OUT/UNKNOWN): ? PRINT PINS (Y/N): ? Y P=PRIVILEGED T= TRACE I=IN O=OUT H=HOST 9896 12345678 1 PT FRANKIN JOS 3419 87654321 1 T NEWBERG ALIC 2252 246813579 1 P O WELCH MIKE Figure 6-7: PRINT KEY Screen with Resulting Output 6.3.
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Alto 818 Installation and Operation This field is used to set up the building ID messages that the Alto 818 will use for identification purposes when communicating with a remote terminal by means of a smart modem. Three messages are possible. Each ID message must be no longer than 72 characters (including spaces). Enter messages and press Enter. The screen displays: 2. ? TELEPHONE (24): 2. This field is used to set up the host phone numbers.
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Section 6: Commands 6.3.13 MONITOR The MONITOR command is used to link activity at one or more of the system monitor points to a specific report. These monitor points are the sets of contacts ,four sets per unit, on an MSM. The prompts for the MONITOR command are shown in Figure 6-9. A MONITOR command setup sheet may be found in Appendix B. MONITOR (X.Y)? 1. NAME (24): ? 2.
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Alto 818 Installation and Operation 6.3.14 OPEN This command is applicable only if the Alto 818 system is set up to use building modes and open, closed, and station sensors have been defined with the DOOR command (see Section 6.3.5). Entering the OPEN command places the building in the building-open mode. 6.3.15 RELOCK The RELOCK command reverses the UNLOCK command. This command applies only after the UNLOCK command has been invoked.
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Section 6: Commands GO TO (1-5)? 1. SEND TO HOST OPEN (Y/N) N? LIMITED (Y/N) N? CLOSED (Y/N) N? 00:00-00:00? 00:00-00:00? 00:00-00:00? 2. CLOSE LATCHED CONTACT OPEN (Y/N) N? LIMITED (Y/N) N? CLOSED (Y/N) N? 00:00-00:00? 00:00-00:00? 00:00-00:00? 3. CLOSE CONTACT (0-16)? OPEN (Y/N) N? LIMITED (Y/N) N? CLOSED (Y/N) N? 00:00-24:00 SUN MON TUE WED THU FRI SAT HOL? 00:00-00:00? 00:00-00:00? 4. PREVENT BUILDING CLOSURE (Y/N) N? 5. PRINT * (Y/N) N? Figure 6-10: REPORT Command Prompts 3.
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Alto 818 Installation and Operation 7. Repeat steps 4 through 6 to specify the conditions under which to close the alarm contact when the report is generated. The screen displays: 3. SEND TO TERMINAL AND CLOSE CONTACT (0-16): 0? 8. If you wish a relay to close when this report is generated, type in the relay number, 1 to 16, and press ENTER. The default, 0, will not close a contact. The screen now displays the queries for building modes and time intervals.
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Section 6: Commands The SHUNT command disables the following log event reports: COAX FAILURE DEVICE TAMPER DOOR FORCED OPEN DOOR OPEN TOO LONG MONITOR POINT ACTIVE MSM FAIL SENSOR FAIL SENSOR FAIL COAX FAIL SNET READER FAIL TAMPER VIP FAIL VIP TAMPER SHUNT COMMAND EXAMPLES Assume it is necessary to hold open a controlled door because office furniture is being moved in.
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Alto 818 Installation and Operation 6.3.20 STATUS When the STATUS command is invoked, a system status report is generated and displayed at the terminal port (the report can be printed, if required). Status is reported on the building mode (open, limited, or closed), tamper switches, system power, system sensors, MSMs, VIPs, and VIP tamper switches.
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Section 6: Commands 6.3.21 SYSTEM The SYSTEM command is used to define parameters that affect the overall operation of the Alto 818 system. These include specifying the type of command keys to be used, configuring the ACU for terminal and/or host communications and assigning reports to a number of system activities. The complete list of SYSTEM command prompts is shown in Figure 6-12. 1. At the YOUR COMMAND? prompt, type SY and press ENTER. The screen displays: GO TO (1-22)? 2.
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Alto 818 Installation and Operation 9. A power fail report can be generated when the Alto 818 is powered by an SE 3708C Uninterruptible Power module. The report will occur if the AC power has failed and the backup battery charge is getting low . The field default is 1; 0 indicates no power fail report. Type the desired report number and press ENTER. The field displays: 6. BLDG SHOULD BE CLOSED: 00:00-00:00 ? 10.
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Section 6: Commands GO TO (1-22)? 1. 1060 KEY TYPE (Y/N): Y? 2. 1050 KEY TYPE (Y/N): N? 3. 1040/1030 KEY TYPE (0/1040/1030): 1040? 3A. FACILITY CODE: A000? 3B. ALTERNATE FACILITY CODE: A000? 4. TAMPER REPORT (0-32): 1? 5. POWER FAIL REPORT (0-32): 1? 6. BLDG SHOULD BE CLOSED: 00:00-00:00 ? 00:00-00:00 ? 00:00-00:00 ? 00:00-00:00 ? 7. BLDG SHOULD BE CLOSED REMINDER (0-240): 0? 8. HOST BAUD: 9600? 9. TERMINAL BAUD: 300? 10. OPERATOR OVERRIDE REPORT (0-32): 1? 11. ADDRESS (0-240): N? 12.
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Alto 818 Installation and Operation b. Set the terminal baud rate to 300. Communication between the Alto 818 and the terminal should be restored. c. Use the procedure above to change the baud rate. The screen displays: 10. OPERATOR OVERRIDE REPORT (0-32): 1? 14. An operator override condition occurs each time an operator enters a direct command (CLOSE, LIMIT, OPEN, RELOCK, SHUNT, SILENCE, UNLOCK, and UNSHUNT).
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Section 6: Commands 19. This field is used to select a period of time between 1 and 240 seconds during which a reader cannot read another command key if access has been denied to a user. The default time is 10 seconds. If 0 is entered, the function is disabled. Press Enter after making a selection. The screen displays: 16. VIP ONLY KEY DIGITS (4-8): 4? 20. This field is used if a VIP2 is the only reader device used on one or more doors.
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Alto 818 Installation and Operation 24. Field 20 is used to specify the number of retries, from 0 to 5, that can be made to enter a PIN before an ACCESS DENIED PIN CODE log message will be generated. The default setting is 0, no retries. A user may press the # or * key to restart PIN entry when an error has been made. 21. DURESS ENABLE (Y/N): Y 25. A duress code is a variation of a user's normal PIN. When entered, it can be used to signal a security officer or other person of a problem at an entrance.
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Section 6: Commands DD = Day of the month (01-31) MMM = Month of the year (JAN, FEB, MAR, etc.) YY = Year (95, 96, etc.
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Alto 818 Installation and Operation 6.3.24 UNSHUNT The UNSHUNT command is used to reverse the SHUNT command. The screen for the UNSHUNT command is as follows: YOUR COMMAND? UNSHUNT (DOOR/MONITOR/COAX/SENSOR/MSM/TAMPER/POWER)/VIP/VIPTAMPER/READER/READERTAMPER)? DOOR 1-8)? 6.3.25 USER Throughout this manual, the word operator has been used to describe individuals who have access to the system terminal in order to use the operate and program commands.
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Section 6: Commands 2. PASSWORD (12): NEW? 3. Type the password, up to 12 characters in length. Press Enter. The screen displays: 3. RANK (A-F) : A? 4. Type the rank for the user and press Enter. The command prompt is displayed. 6.3.26 VERSION This command displays the firmware version of the Alto 818 in the format: (C) 1994 - Westinghouse Security Electronics - 62109112001C 9C47 Please have this information available before seeking technical support from your dealer, installer or WSE Customer Service.
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Alto 818 Installation and Operation 6.3.28 XSAVE The XSAVE command is used to save the system setup data to a hard drive or diskette. The file transfer is via an Xmodem program executed with an IBM PC or equivalent. There are several Xmodem file transfer programs that can be used for this purpose. Crosstalk and TERMINAL.EXE are two examples. In case of a power failure to the ACU, the Alto 818's internal battery will provide power to the system memory for as long as one year.
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SECTION 7: DATABASE SETUP This section describes the procedures for setting up the database in the Alto 818. Refer to Section 6 for command descriptions.
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Alto 818 Installation and Operation 7.1 OVERVIEW Before the database can be set up, all database parameters should be determined and recorded in the setup sheets in Appendix B. All controlled doors, readers, monitor points, and relay outputs, etc. must be identified and defined. All log events will have to be identified and assigned a report number. Each individual who will be responsible for operating the system must have a password and user rank assigned.
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Section 7: Database Setup depends on the rank that they have been assigned. Refer to Table 6-2 for a user authorization rank matrix. 7.1.3 DEFAULT DATABASE PARAMETERS All Alto 818 systems have been preprogrammed at the factory with default database parameters. The default parameters appear just to the left of the question mark at the end of most of the command prompts.
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Alto 818 Installation and Operation DEFAULT REPORT 1 Unless modified during database setup operation, report 1 will be generated 24 hours a day, seven days a week, including holidays, for any log event(s) to which it is assigned. This default report 1, however, will record only the log events assigned to it and display them on the system terminal.
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Section 7: Database Setup 7.2 PREPARATION FOR SETUP A considerable amount of data must be gathered before a system database can be set up. During the database setup process, the system requests a number of data inputs. These inputs must be predetermined since they involve detailed information concerning both the system hardware and the owners access control requirements.
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Alto 818 Installation and Operation 7.2.3 LISTING CARD HOLDERS A list that includes the name of every individual who will be issued a command card or be using a keypad must be compiled. This list must itemize the days of the week and the time intervals that each card holder or keypad user is authorized to gain entrance to each door in the system. Fill out the card holder setup sheets in Appendix B, noting if the assignment is for a VIP2-only user.
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Section 7: Database Setup CARD HOLDER N AMES Card holder names cannot be longer than 12 characters and each must be unique. An individual can be assigned more than one key code, but the name must be entered in the same manner for each assigned key. ACCESS CODES The setup sheets in Appendix B for the access command should be filled out before specific access code numbers can be assigned to individual card holders. Only one access code can be assigned to each key code.
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Alto 818 Installation and Operation Table 7-1: Selectable Reports C o m ma nd R e port Activity Duress SYSTEM Operator Override Power Failure Tamper MONITOR Monitor Point Active Access Denied Access Granted Coax Failure Device Tamper Door Forced Open Door Open Too Long DOOR Exit Denied Exit Granted Key Trace MSM Failure Sensor Fail S-Net Reader Failure VIP Failure To define reports and assign report numbers, proceed as follows: 1. Make a list of the log events to be reported. 2.
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Section 7: Database Setup REPORT ACTIONS Each report is set up in the database using the REPORT command, and a specific set of report actions is assigned that defines how the system will respond when a given log event action occurs. For each report assigned a number, the following five report actions must be defined: SEND TO HOST CLOSE LATCHED CONTACT CLOSE CONTACT (0-16) PREVENT BUILDING CLOSURE PRINT* 1. SEND TO HOST.
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Alto 818 Installation and Operation Example: A monitor point is connected to a set of contacts that close when a window into the controlled area is opened. Entering Y to this action would prevent the building from being closed if the window was open. If Y is entered for report action 4, Y is usually entered for report action 5, below. 5. PRINT *.
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Section 7: Database Setup 7.3 CREATING THE DATABASE Once all the database parameters have been defined, begin entering data into the Alto 818. 7.3.1 ENTERING THE COMMAND MODE With a terminal connected to the Alto 818, type the user 1 password NEW and press ENTER. If the USER command has already be used to modify the database, the password for a user with rank A must be entered.
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Alto 818 Installation and Operation 7.3.3 COMMAND SEQUENCE Once all the required information has been entered on the database setup sheets, the recommended command sequence for establishing a new database in the Alto 818 is: 1. TIME 7. ACCESS 2. USER 8. HOLIDAY 3. SYSTEM 9. KEY 4. REPORT 10. GROUP 5. DOOR 11. MODEM 6. MONITOR 7.3.4 PRINT COMMAND Use the PRINT command to verify the data entered. 7-12 P/N 66109074001 Rev.
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SECTION 8: OPERATION This section details the use of commands, described in Section 6, for the operation of the Alto 818. The availability of a particular command depends on the operator's authorization rank (see Table 6-2).
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Alto 818 Installation and Operation 8.1 OVERVIEW An Alto 818 system requires procedures for initial power on and for terminal setup so that the database can be installed. Once this is accomplished and the system installation is completed, system power should remain on for an extended length of time as security can be compromised if the system is not in operation.
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Section 8: Operation 8.2 INITIAL POWER-ON NOTE: The initial power-on procedure should be performed by a technically-qualified operator. Perform initial power-on as follows: 1. With the power switch in the OFF position, connect the power module to the AC source and to the ACU as described in Section 4.1. 2. With the power switch in the OFF position, connect the terminal to ACU as described in Section 4.7. 3. Loosen the six captive screws that attach the cover to the ACU and remove cover. 4.
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Alto 818 Installation and Operation 8.3 TERMINAL SET-UP The following procedure for setting terminal communication parameters applies to the Qume QVT 100+ terminal. However, almost any ANSI terminal can be used to configure the Alto 818 (refer to the individual manufacturers' user manuals for terminal setup procedures). The Alto 818 is shipped with the terminal port set at 300 baud. The baud rate may be changed to 1200, 2400, 4800, or 9600 as appropriate.
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Section 8: Operation 8.4 INITIAL LOG ON Until a system database has been initially set up, no passwords will have been assigned. The password NEW, however, is preprogrammed at the factory and can be used to permit logging on for database setup purposes. To log on to a system before initial database setup, proceed as follows: 1. After the Alto 818 power module and terminal have been turned on (Sections 8.2 and 8.3), press Enter or the space bar to enter the command mode. 2.
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Alto 818 Installation and Operation 8.5 OPERATE MODE After power-on, the system automatically comes up in the operate mode. In this mode, data logs of system activity are sent to the terminal. An operator can be assigned to the terminal site to watch for reports which will appear on the terminal. In this instance, the operators functions are passive, observing system activity only. System operation cannot be altered except to change the building mode at a remote L/C station.
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Section 8: Operation 8.6 OPERATOR RESPONSIBILITIES During normal operation, the Alto 818 does not require operator intervention. 8.6.1 SYSTEM MONITORING A terminal may be interfaced to the Alto 818 to display all system activity. With an ACU connection to a host, displayed information is selectable through host programing. Figure 8-1 shows an example of the log events displayed on a terminal during one hour of operation.
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Alto 818 Installation and Operation 8.6.2 RESPONSE TO ALARMS The Alto 818 can indicate an activity which requires operator intervention through the use of an audible alarm or through a printed report. These parameters are set with the REPORT command, Section 6.3.16. The use of the STATUS command may be needed to determine the cause of the alarm or report generation.
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Section 8: Operation 8.7 OPERATION COMMANDS Eight commands, called direct, are used to override but not reconfigure the system. These commands are CLOSE, LIMIT, OPEN, RELOCK, SHUNT, SILENCE, UNLOCK, and UNSHUNT. When these commands are invoked, an OPERATOR OVERRIDE log message is generated. If power to the Alto 818 is disrupted, or if the system is reset, the ACU will cancel these direct commands. Only program command data (i.e., the database) is retained in memory when power is restored. 8.7.
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Alto 818 Installation and Operation 8.7.4 OPEN This command manually changes the building mode to open. The mode can be changed again with another operator command. 8.7.5 RELOCK The RELOCK command is used to manually relock a door following the use of the UNLOCK command or during an auto-unlock period. 8.7.6 SHUNT The SHUNT command is used to temporarily turn off a specific access control or alarm monitoring function while the rest of the system is under normal operation.
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Section 8: Operation 8.7.9 UNLOCK The UNLOCK command may be used to manually unlock a door controlled by the Alto 818. This is an operator override command which will remain in effect until the RELOCK command is used, the Alto 818 is reset, the next auto-unlock expires or there is a power failure. 8.7.10 UNSHUNT Use the UNSHUNT command to resume normal operation of a device disabled with the SHUNT command as described above.
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SECTION 9: ANNUAL TEST FOR UL 294 SYSTEMS After a UL 294 approved system is installed, and annually thereafter, the following system test must be conducted to ensure proper operation. The STATUS and REPORT commands will be useful in verifying system operation. To perform the SE 818SC annual system test, proceed as follows: 1. Visual Inspection Inspect all connectors, wiring, and cables on all devices in the system for looseness, damage, or wear; replace as required. 2.
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Alto 818 Installation and Operation Check the voltage of the lithium battery on the PCA. If the voltage is less than 2.8 VDC, replace the battery. Dispose of the old battery in an approved manner. 6. Door Hardware Check Inspect door switches for damage; replace as required. Inspect door locks and hardware; replace as required. Using the system wiring diagram, installation plan and building specifications, verify the operation of all REX and door switches.
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APPENDIX A: SPECIFICATIONS A.1 REGULATORY CERTIFICATION Class B digital device, Part 15 of the FCC Rules UL 294 listed access control unit Emissions EN50081-2, EN55022, EN60555-2, -3 Immunity EN50082-1, EN50093, IEC 801-2, -3, -4, -5 CE MPT 1339 KEMA certificate No. 39497/CE95-4409 A.2 ENVIRONMENTAL CHARACTERISTICS Temperature: 20 ° F to 120° F ( -7° C to 49° C) Humidity: 10% to 90% non-condensing A.3 DIMENSIONS 18 in x 10.5 in x 2.25 in (45.72 cm x 26.67 cm x 6 cm) A.
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APPENDIX B: DATABASE SETUP SHEETS Make the required number of copies of the following setup sheets to assist in defining the database parameters.
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Alto 818 Installation and Operation ACCESS COMMAND SETUP Door Access Co de (1-120) Hours 1 : to : : to : : to : : to : Hours 2 : to : : to : : to : : to : Hours 3 : to : : to : : to : : to : Hours 4 B-2 : to : : to : : to : : to : SUN MON TUE WED THU FRI SAT HOL SUN MON TUE WED THU FRI SAT HOL SUN MON TUE WED THU FRI SAT HOL SUN MON TUE WED THU FRI SAT HOL P/N 66109074001 Rev.
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Appendix B: Database Setup Sheets ACCESS COMMAND SETUP - continued Door Access Co de (1-120) Hours 5 : to : : to : : to : : to : Hours 6 : to : : to : : to : : to : Hours 7 : to : : to : : to : : to : Hours 8 : to : : to : : to : : to : SUN MON TUE WED THU FRI SAT HOL SUN MON TUE WED THU FRI SAT HOL SUN MON TUE WED THU FRI SAT HOL SUN MON TUE WED THU FRI SAT HOL B-3
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Alto 818 Installation and Operation DOOR SETUP Do or Number(1-8) 1. Name (24) 2. Key Trace Repo rt (0-32) 3. Access Granted Rep ort (0-32) 4. Access Denied Report (0-32) 5. Open Too Long Repo rt (0-32) 6. Door Fo rced O pen Repo rt (0-32) 7. Coax Fail Rep ort (0-32) 8A. S ensor Enable (Y /N) 8B. Sen sor Fail Rep ort (0-32) 8C. S -Net Reader Typ e ( Non e/D KR /SC R) * 8D. S -Net Reader F ail Rep ort (0-32) E . Dig ital Key Read Ran ge (0-255)* 10.
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Appendix B: Database Setup Sheets DOOR SETUP - continued 18. Read Key While Door Open (Y/N) 19. VIP Enable (Y/N) 19A. VIP Required W hen Building is: Open (Y/N) Lim ited (Y/N) Closed (Y/N) VIP Enable SUN : : : : : : : : 19B. VIP Fail Report (0-32) MON TUE WED THU FRI SAT HOL 20.
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Alto 818 Installation and Operation HOLIDAY SETUP Holiday B-6 DD-MMM-YY Holiday DD-MMM-YY 1 - - 16 - - 2 - - 17 - - 3 - - 18 - - 4 - - 19 - - 5 - - 20 - - 6 - - 21 - - 7 - - 22 - - 8 - - 23 - - 9 - - 24 - - 10 - - 25 - - 11 - - 26 - - 12 - - 27 - - 13 - - 28 - - 14 - - 29 - - 15 - - 30 - - P/N 66109074001 Rev.
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Appendix B: Database Setup Sheets KEY HOLDER SETUP KEY CODE NAME (12 CHARACTER MAXIMUM INCLUDING SPACES) ACCESS CODE PRIVILEGED (Y/N) TRACE (Y/N) LOCATION (IN/OUT/ UNKNOWN) VIP2 ONLY (Y/N) B-7
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Alto 818 Installation and Operation MODEM COMMAND SETUP 1. BLDG ID (72) 2. TELEPHONE (24) 3. TRY CALLING (1-10) 4. CALL BACK (Y/N) B-8 P/N 66109074001 Rev.
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Appendix B: Database Setup Sheets MONITOR SETUP 1. Monitor Po int Name (24) Rep ort (0-32) 1.1 1.2 1.3 1.4 2.1 2.2 2.3 2.4 3.1 3.2 3.3 3.4 4.1 4.2 4.3 4.
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Alto 818 Installation and Operation MONITOR SETUP - continued 1. Monitor Po int Name (24) Rep ort (0-32) 5.1 5.2 5.3 5.4 6.1 6.2 6.3 6.4 7.1 7.2 7.3 7.4 8.1 8.2 8.3 8.4 B-10 P/N 66109074001 Rev.
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Appendix B: Database Setup Sheets REPORT SETUP Report Num ber Open (Y/N) 1. Send to host when building is : Lim ited (Y/N) Closed (Y/N) and also during hours: : to : : to : : to : : to : SUN MON TUE WED THU FRI SAT HOL TUE WED THU FRI SAT HOL SAT HOL Open (Y/N) 2. Send to termina l and close latched contact when building is: Lim ited (Y/N) Closed (Y/N) and also during hours: : to : : to : : to : : to : 3.
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Alto 818 Installation and Operation SYSTEM SETUP 1. 1060 Key Type (Y/N) 2. 1050 Key Type (Y/N) 3. 1040/1030 Key Type (0/1040/1030) 3A. Facility Code 3B. Alternate Facility Code 4. Tamper Report (0-32) 5. Power Failure Report (0-32) 6. Building Should be Closed: : to : : to : : to : : to : SUN MON TUE WED THU FRI SAT HOL TUE WED THU FRI SAT HOL 7. Building Should be Closed Rem inder (0-240 MIN) 8. Host Baud 9. Terminal Baud 10. Operator Override Report (0-32) 11.
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Appendix B: Database Setup Sheets USER SETUP 1. Name (12) 2. Password (12) 3.
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APPENDIX C: COAXIAL CABLE VENDORS SE 9284 Standard Coax; WSE Part Number 13100240002 Belden 800 Commscope, Inc. 1375 Lenoir Rhyne Blvd. SE Hickory, NC 28602 (704-324-2200 Southwest Wire and Cable 4320 Yale Blvd. NE Albuquerque, NM 87107 505-344-3400 SE 9284PL Plenum Coax; WSE Part Number 13103437002 Times Fiber Communications 358 Hall Avenue Wallingford, CT 06492 203-265-8500 Commscope, Inc 1375 Lenoir Rhyne Blvd. SE Hickory, NC 28602 704-324-2200 Remee, Inc.
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APPENDIX D: COMMAND KEYS A brief overview of the analog and digital command keys is given below. D.1 ANALOG COMMAND KEYS The Alto 818 will recognize SE 1030, SE 1040, SE 1050 and SE 1060 analog command keys, but 1030 and 1040 keys cannot be mixed. These keys can be identified by the number digits as shown in Figure D-1 and Table D-1. Analog command keys are 3.36 in x 2.125 in x .01 in ( 8.53 cm x 5.38 cm x 0.25 cm); operating temperature range is -50° F to 120° F (-46° C to 49° C).
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Alto 818 Installation and Operation Table D-1: Command Key Identification Key Num ber XXX Num ber Range Facility Code YYY Data Code YYY Run Code ZZZ Library Code (Optional) SE 1030 5-digit 00001 to 999999 4-digit N/A 3-digit N/A SE 1040 6-digit 000001 to 999999 4-digit N/A 3-digit N/A SE 1050 8-digit 00,000,001 to 24,040,016 N/A 7-digit N/A 1-digit SE 1060 8-digit 24,040,017 to 60,999,999 N/A 7-digit N/A 1-digit D.
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Appendix D: Command Keys Table D-2: Digital Command Key Specifications Size Temperature Humidity Technologies Digital proximity Magnetic stripe Photo ID w/ laminate Bar code Smart Card chip QuadraKey 3.37 in x 2.125 in x 0.032 in (8.55 cm x 5.39 cm x 0.081cm) 14° to 140° F (-10° to 60° C) 0 to 100% condensing NexKey 3.37 in x 2.125 in x 0.035in (8.55 cm x 5.39 cm x 0.
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Index Symbols 20mA 2-22, 2-23 connector 2-8 wiring 4-19 A AC power 4-2 ACCESS 7-4, 7-8, 7-12 access code 6-7, 7-3, 7-5, 7-6, 7-7 access control 1-4 Alarm-Saf 2-13, 4-44-6 batteries 2-14 battery 4-4 electrical characteristics 2-13 enclosure 2-15 fuses 2-14, 4-4 LED indicators 2-14 multiple supplies 4-5 Alto 818 battery switch 2-5 connectors, table 2-7 features 1-3 input power 4-2 analog command keys D-1 analog sensor 2-24 models 2-24 test 5-10 annunciator.
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Alto 818 Installation and Operation command key 1-5, 1-10, 6-19, 7-6 analog D-1 digital D-2 command mode 2-35 command type 6-5 concealed reader 3-7 connector 20 mA 2-8 annunciator 2-9 host 2-8 power 2-7 relays 2-8 RS-485 2-9 S-Net 2-9 sensor 2-9 terminal 2-9 controlled doors 3-18 controller battery 2-5 switches 2-6 D database capacity 7-6 commands 6-5 preparation 7-5 setup 7-2 date entries 6-2 day entries 6-2 DC power 4-4 default 7-3, 7-4 parameters 7-3 DELETE 6-9 dial-up remote 4-20 DigiReader 2-27 digit
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Index L latched contact 2-18, 4-18 close 6-25 LED panel 2-6 LIMIT 1-6, 8-9 location 6-17, 6-20 lock relay test 5-8 reverse 6-13 wiring 4-12 log message 1-6, 1-10, 1-11, 7-4, 7-7, 8-9 log on 8-5 M manual conventions 1-2 MODEM 7-12 modem 2-30 short-haul vs.
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Alto 818 Installation and Operation S T S-, E-, and H-mode operation 1-4 S-Net 2-32 address switches 4-10 cable 3-13 cable losses 3-11 devices 4-6, 4-9 power 4-4 power requirements 3-16 termination 3-14 test 5-10 wire size 3-12, 3-13 safety 3-2 SE 2804 2-25 SE 2814/15 2-24, 2-27 SE 2854/55 2-25 SE 3018-2 2-12 SE 3018S 2-12 SE 3708C 2-13 SE 3708CU 2-10, 4-2 SE 3718SU 2-10, 4-2 SE 5200 2-30 SE 6000 4-16 SE 774-A 2-7, 2-20 controller switch 2-7 wiring 4-13 SE 778-A 2-9, 2-17 connector 2-9 wiring 4-18 sensor