LC1400 System—Base Components FCC Statement of Conditions Compliance Statement (Part 15.19) FCC ID/DOC for the LC1400T unit: This device complies with Part 15 of the FCC FCC ID: JM7-HWHY-662022 rules. Operation is subject to the following two Canada IC: 2583A-662022...
LC1400 System—Base Components Preface—vii Important Notices No security system can replace human Do not store LC1400 sensor(s) within 3 vigilance. feet of any of the sources of electrical noise listed below. Creating a safe environment requires the combined efforts of personnel, physicians, These sources can produce interference which security, and patients.
Accutech will supply labor depending Computers and monitors provided by Accutech on contract to repair or replace defective shall not be submitted for repair to Accutech equipment, free of charge, during the warranty but instead shall be submitted directly to their...
• LC1400 System Tags (LT/SB/WW) (Part #77L018, 77L018-W, 77L016, & Overview #77L017) The LC1400 System is designed to be a turnkey Additional options for the LC1400 unit: patient-egress monitoring system. The function • External Sounders of the system is to alert facility personnel of (Part #700216) the possible egress of a monitored resident.
Chapter 1: The LC1400 System Features How the System Works The LC1400 system comes with the following The LC1400 system uses a simple but effective features: concept. Monitored residents wear a small, unobtrusive system tag, and LC1400 units are • Door Alarm installed at points of egress.
Important • Double Conditioning—Door and Hallway Although most locks can be interfaced with • Double Conditioning—Door with Lock(s) an LC1400 zone, the following instructions • Double Conditioning—Elevator are only applicable to an Accutech-supplied • Double Conditioning—Automatic Door 3101 magnetic lock.
Perimeter Door Application Double Conditioning - Elevator Important If desired, the LC1400 zone can be used as a perimeter door zone. When in this mode, the The use of elevator deactivation with the door will alarm when it is opened.
(unless it is set to latch when an alarm occurs). Egress If a tag enters a monitored door zone, with or without a magnetic lock(s), and the door is already open, (or is opened while the tag is in the zone) the LC1400 zone will generate an alarm.
Chapter 1: The LC1400 System Elevator Zones Hallway Zones Egress Elevator deactivation circuitry deactivates an elevator's controls so the wearer of a tag If a tag enters a monitored hallway zone, the cannot use that elevator. system will detect the tag and the PIRs will detect motion.
Go to the alarm location. While escorting tags through zones, be wary of tailgating. Tailgating is the practice of tags Look for visible damage to the Accutech lingering near a monitored zone (usually an equipment. exit point) until an authorized escort passes...
Chapter 1: The LC1400 System Typical Layouts • Single Door • Double Door • Hallway • Single Elevator • Double Elevator • Triple Elevator • Elevator Interior • Single Door with Outer Windows • Double Door with Outer Windows • Sliding Glass Doors...
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Typical LC1400 Configuration - Single Door LCT Single Door Kit (Part #800126): Note: If a patient room is behind latch-side wall, mount on hinge-side wall instead. •LC1400T (1) 15VDC/2A •Keypad (1) Optional Magnetic Door •Magnetic Switch (1) Plug-in Power Magnetic Position •Cable Kit (1)
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Typical LC1400 Configuration - Double Door with Outer Windows LC Double Door Kit (Part #800127): •LC1400T (1) •Secondary LC1400T (1) 15VDC/2A Plug-in •Keypad (1) Power Supply •Magnetic Switch (2) •Cable Kit (1) Part #500224 •15VDC/2A Power Supply (1) Two Lexan Standoffs not included and must be purchased seperately.
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Typical LC1400 Configuration - Single Elevator LC Hallway/Elevator Kit (Part #800128): •LC1400T (1) 15VDC/2A •LCT-TX (1) •Keypad (1) Plug-in Power •Passive Infrared Reader (1) Passive Infrared Reader Supply •Cable Kit (1) •15VDC/2A Power Supply (1) Part #300302 Part #500224 Important:...
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Typical LC1400 Configuration - Double Door with Outer Windows LC Double Door Kit (Part #800122): •LC1400T (1) •LCT-TX (1) 15VDC/2A Plug-in •Keypad (1) Power Supply •Magnetic Switch (2) •Cable Kit (1) Part #500224 •15VDC/2A Power Supply (1) Two Lexan Standoffs not included and must be purchased seperately.
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Typical LC1400 Configuration - Triple Elevator LC1400 Hallway/Elevator Kit (Part #800128): 15VDC/2A Plug-in •LC1400T (1) •LCT_TX (1) Power Supply •Keypad (1) •Passive Infrared Reader (1) Passive Infrared Readers Part #500224 •Cable Kit (1) •15VDC/2A Power Supply (1) Part #300302 Note: Two additional PIRs must be added to this kit for this configuration.
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Typical LC1400 Con guration - Single Elevator Interior Passive Infrared Reader Part #300302 KP103 Keypad Part #650209 LC1400 Hallway/Elevator Kit (Part #800128): •LC1400T (1) •LCT-TX (1) •Keypad (1) Min 3” •Passive Infrared Reader (1) •Cable Kit (1) wood block •15VDC/2A Power Supply (1) Standoff due to metal walls.
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Typical LC1400 Configuration - Single door with LC1400 Single Door Kit Outer Windows (Part #800126): •LC1400T (1) •Keypad (1) 15VDC/2A Plug-in •Magnetic Switch (1) •Cable Kit (1) Power Supply •15VDC/2A Power Supply (1) Part #500224 Note: A Lexan Standoff must be added to this kit for this configuration.
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Typical LC1400 Configuration - Double Door with Outer Windows LC Double Door Kit (Part #800122): •LC1400T (1) •LCT-TX (1) 15VDC/2A Plug-in •Keypad (1) Power Supply •Magnetic Switch (2) •Cable Kit (1) Part #500224 •15VDC/2A Power Supply (1) Two Lexan Standoffs not included and must be purchased seperately.
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Typical LC1400 Configuration - Double Sliding Doors LC1400 Double Door Kit (Part #800127): 15VDC/2A Plug-in •LC1400T (1) Power Supply •LCT-TX (1) •Keypad (1) Part #500224 •Magnetic Switch (2) •Cable Kit (1) •15VDC/2A Power Supply (1) Two Lexan Standoffs not included, and must be purchased seperately.
Construction: Vacuum molded fire rated ABS lock made by DynaLock exclusively for Size: 13.25” x 2.50” x 2.25” Accutech. The LC1400T can power up to two of Weight: 1 US pound these specially-configured *Dynalock 3101’s. Mounting Surface: Four 3/16” screws...
2.5. Tag Enters • For timer definitions, see Field LC1400T’s Tx Field Adjustments chapter. • For alarm definitions, see The LC1400 System chapter. LC1400T’s Tx Field Activates Tag Detection Events A Tag Detection event begins when a tag enters a zone's Tx field. The event continues until all tags have left the field and the time set on the Tag Detect Delay timer passes.
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Chapter 2: The LC1400T Reset All & Reset Lock Events When resets are configured to terminate once the door closes A Reset All event resets all the alarms and locks/elevator controls of the LC1400T zone. Reset All and Reset Lock are individually This allows for a tag to be escorted through configurable to be terminated by the door a zone without activating alarms or locks or...
Chapter 2: The LC1400T Perimeter Mode Control Perimeter mode is configured to be controlled by hardware. Perimeter is active by the Perimeter input (Perimeter) being held high. Positioning The recommended location of the LC1400T is on the wall next to the latch side of the door. Its lowest point should be about 2 feet above the floor.
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Plate GS3 2) Install GS3 grounding Plate 3) Ground GS3 to earth ground 4) NSF34 Y-Shield paint 10’x10’ area 5) Plaster over straps, as needed 6) Paint or wallpaper Accutech Accutech 7) Install TX Antenna GSX50 Grounding Straps Patient...
Chapter 2: The LC1400T Stagger Tuning See chapter 8 for information on how to configure the antenna’s dip switches to the Stagger tuning of the Antennas should be different channels/frequencies. Each Low used to prevent crosstalk between zones if Frequency Tuning switch on an antenna must Controllers/doors are less than 50’-70' apart be set to the same channel/frequency.
Chapter 2: The LC1400T Mounting Wiring To mount an LC1400T: The LC1400T uses a 15 VDC plug-in power supply. Remove the LC1400T cover and screws. For instructions on wiring to the LC1400T, Locate, align, mark-out, and drill refer to the chapter on the component you are 4 mounting holes in the wall that interfacing with.
Chapter 2: The LC1400T LC1400T Controller The Circuit Board • LEDs • LED Displays • Jumpers • Low Frequency Tuners • Switches TX-ANT • Tamper Infrared Sensor • Power Input • Potentiometers RESET • Terminals TUNING LED LEDs ENABLE TUNING BOARD LED1 (Alarm/Error) (Red) LED2 (Power Indicator) (Green, Solid)
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2-10 Chapter 2: The LC1400T Terminals TB4 (Perimeter) J1 (Power) Perimeter function active with 11.5VDC In J1-1 (Power for board) TB4-1 (Perimeter In) Unregulated 15VDC TB4-2 (Perimeter Out) J1-2 (Ground for board) 11.5VDC @ 20ma TB1 (Keypad) JP1 - 120 Ohm Terminating Resistor TB1-1 (Reset All In) J2 RS485 Connection 12VDC In resets LC1400T/Lock...
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Chapter 2: The LC1400T 2-11 Low Frequency Tuners (LFTs) SW1 on LCT Sets frequency of Tx Activation field C1 (Fine variable tuning cap) Fine This tuning cap fine tunes the Tx Activation Variable Field strenth of the X, Y, and Z axis. Tuning See figure 2.6 for location See figure 2.7 for dip switch configurations...
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2-12 Chapter 2: The LC1400T LCT-TX Only The Circuit Board J2 (RS485) J2 RS485 Connection • LEDs See 7-2. Figure 7.1 • LED Displays Used to configure and change settings in the • Jumpers LC1400T or LCT-TX only • Low Frequency Tuners •...
• Tag and Band Maintenance • The IDTAD • The Tag Test Station LC1400 System Tags The LC1400 system uses LC1400 system tags. The tags have three styles: • LT (Part #77S018) (Figure 3.1) » LT-W (Waterproof tag; Part #77S018-W) •...
Chapter 3: Tags, IDTAD, & TTS Tag Bar Codes Bar codes on each tag (Figure 3.4) contain a tag’s manufacturing history. Figure 3.4 LT/SB Tag Case Bar code The coding scheme is as follows: M-WWYY-TSSS M—Manufacturer designator WWYY—Date code Example: “1706” is the 17th week of 2006 Figure 3.3 WW tag case style T—Tag type designator...
To attach LT tags: With the male part of the snap pointing in the same direction as the tag's Accutech logo is facing, slide the plastic band through the tag's slot. (Figure 3.6) Figure 3.6...
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To attach WW tags: Feed the flat end of the band strap into the slot on the side of the tag with the word "accutech" on it. Push the band through until the end emerges from the other side. Pull the band through the tag until the the tag sets onto and stops at the risen part of the band.
Testing Tags peroxide with water, are the recommended cleaning solution for use when cleaning system Accutech tags are powered by an internal tags. Using any other cleaning solution battery. Over the course of normal operation, can and will potentially cause premature...
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Chapter 3: Tags, IDTAD, & TTS Cleaning Bands All tag bands are for one-time use only. In long-term applications, periodically replace the bands and clean the tags. Storing Tags To preserve battery life and prevent nuisance alarms, tags must be turned off with an IDTAD when not in use.
Figure 3.10 IDTAD The IDTAD (figure 3.10) is the device that activates and deactivates LC1400 system tags. The IDTAD is also a testing device for tags. You must input an unlock code into the IDTAD to activate or deactivate a tag.
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Chapter 3: Tags, IDTAD, & TTS Charging the IDTAD for the First After the first full charge, the battery icon will display incremental battery levels as it Time recharges during any future charging sessions. Once the IDTAD is initially plugged in for The question mark (?) will no longer appear its first full charge, the battery indicator will during recharge sessions.
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1 minute without button activity. Press the Power/Clear button (a). The When nearing the 1-minute mark, the LCD screen lights up and "ACCUTECH" is screen will display "20 sec to Power Off" displayed (b). and then "7 sec to Power Off".
(a), place the tag in the correct orientation Hold the top side of the tag (the side with within the tag receptacle on the back of the Accutech logo) up against the IDTAD the IDTAD (c). and within the tag receptacle (c). Position the tag in the orientation displayed within Press the Enter button (b).
IDTAD on. Do not unlock the device. The screen will display "ACCUTECH" (a). Touch the top side of the tag (the side with the Accutech logo) up against the IDTAD and within the tag receptacle (e). Position the tag in the orientation displayed within the receptacle.
Chapter 3: Tags, IDTAD, & TTS 3-13 Programming and LC1400 System Tag Types Configuration Modes • LT Tag • SB Tag IDTAD Programming Mode • WW Tag (Wander Wearable—Black) If you want to change and/or add user codes, BAT—Tag Battery Level...
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3-14 Chapter 3: Tags, IDTAD, & TTS Configuration 3. Set LCD Contrast Press 3. “Press 0-9 for LCD Contrast” is With the correct programming mode entered, displayed. CURRENT: 4 is the default. Pressing the screen will display the following menu: 0 is the lowest.
Chapter 3: Tags, IDTAD, & TTS 3-15 IDTAD Specifications 7. Select MBM Display Press 7. The following will be displayed: Electrical 3.7 VDC 1600 mAh (5.92 Wh) Lithium Ion Press 1 or 2 to configure MBM display battery pack. (DO NOT attempt to repair or 1.
3-16 Chapter 3: Tags, IDTAD, & TTS Installing and Removing the Battery Installing Connect the new battery plug terminal to the main board (Black – left, Yellow – Center, Red – Right) (Figure 3.17a). Replace the IDTAD cover and secure with the four Phillips-head screws.
Chapter 3: Tags, IDTAD, & TTS 3-17 LiON Warning and Disclaimer • Always inspect the battery to make sure there are no signs of damage, deformity, or General Safety Guidelines swelling before charging. If there are, STOP • Never use a NiCd/NiMH charger to charge charging the battery and follow the proper LiON batteries.
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3-18 Chapter 3: Tags, IDTAD, & TTS Avoid Over-Discharging LiON Batteries In the event of damage or if the battery exceeds high temperatures, follow these steps: Over-discharging—continuing to use a LiON battery even when it is almost completely Disconnect the battery immediately from drained or below its minimum voltage level—...
Chapter 3: Tags, IDTAD, & TTS 3-19 The Tag Test Station—TTS Selecting the Tag Test Station COM Port In the drop-down menu of the Select Comm The Tag Test Station (TTS) (Figure 3.20) Port field (figure 3.21), select the Comm port verifies a tag's ID number, tag type, battery that the TTS is connected to.
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3-20 Chapter 3: Tags, IDTAD, & TTS TTS Software Data Once the TTS fully reads the data from the tag, which will take approx. 25 seconds, the software (figures 3.23-3.25) will provide: • Tag Number • Tag Type—LT, SB, WW •...
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Chapter 3: Tags, IDTAD, & TTS 3-21 Generating a Report This will open the Reports screen. Select your dates and then select the Run Report button. Once the TTS fully reads the data from the tag, This will generate the results (Figure 3.27) you can log the information and create a report that were logged along with any notes.
Chapter 4: The Magnetic Switch The Magnetic Switch • Specifications • Positioning • Mounting • Wiring • Double Door Applications • Perimeter Door Applications Magnetic Switches (Part #650514; Figure 4.1) are used on doors where alarm activation is not desired unless the zone's door is opened Figure 4.1 while a tag is in that zone's Tx activation field.
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Chapter 4: The Magnetic Switch Mounting Using the spacer provided in the kit, position the door magnet as shown in To mount the magnetic switch, refer to figure figure 4.3 and mark where the mounting 4.3 and use the following instructions: holes (7/64”) will be drilled.
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Chapter 4: The Magnetic Switch Wiring Double Door Applications For double door applications, connect the Warning switches in series (figure 4.5) so that one All wiring connections must be done in switch will open when either door is opened. accordance with NFPA 70. Use UL-approved, plenum rated cable.
Chapter 4: The Magnetic Switch Perimeter Door Applications • Perimeter Door (No Locks) • Perimeter Door (Locks) Perimeter Door (No Locks) The LC1400T can be made to function like a perimeter door to alarm the instant a door is opened regardless of if there is or is not a tag in the zone.
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