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Manual | Users Manual | 3.64 MiB | October 10 2018 | |||
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1 2 | Internal Photos | / October 10 2018 | ||||||
1 2 | ID Label/Location Info | / October 10 2018 | ||||||
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1 2 | Test Report | / October 10 2018 | ||||||
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1 2 | RF Exposure Info | / October 10 2018 |
1 2 | Manual | Users Manual | 3.64 MiB | October 10 2018 |
Pamex Kapture Series A Multi-Family Door Access Control Solution User Manual & Implementation Guide Table of Contents Introduction Before Installation Check List Pamex MFSP Service Platform Hardware Installation Wall Reader - Kapture KA-WR1S, Kapture KA-WR1N Features Hardware Specifications Front View Back View Wiring Pigtail Rated note Basic Door Installation Basic Door Installation Wiring Solid-State Output Surface Mounting Mounting to single gang recessed outlet box Dimensions Installation Guide Deadbolt - KA-D7P1A (Auto) Features Hardware Specifications Product Photo Dimensions () Installation Guide Deadbolt - KA-D7P1S (Semi-Auto) Features Hardware Specifications Product Photo Dimensions () Installation Guide Leverset - KA-LNP5C Features Hardware Specifications Product Photo Dimensions () Installation Guide Interconnected - KA-INP35A Features 1 4 6 6 6 6 7 7 7 9 10 11 12 13 14 15 16 17 20 24 24 24 26 27 28 29 29 29 31 32 33 34 34 34 36 37 38 39 39 Hardware Specifications Product Photo Installation Guide Interconnected - KA-INP35S Features Hardware Specifications Product Photo Installation Guide Implementation Guide Concepts Construction Phase Lock Registration Phase Plan your area tree Build the area tree using MF-Admin Server Plan your programming cards Setup Wifi AP and Create Programming Cards Register Locks to MF-Admin Server Verify lock registration using Master Card Go-live Phase Create Tenant Cards Create Staff Card Create Vendor Card Create Guest/Temp Card Shutdown Public Area Area Time Control Lock Scheduling Access Control Rule Time Control - Add/Remove Holidays Advanced Setup Guide Lock Report Interval Alert Settings Appendix Lock UI Patterns (LED & Buzzer) Wall Reader
<<Leverset, Deadbolt>>
Wifi AP Specification and Settings Factory default settings - Wall Reader Factory default settings - Deadbolt Factory default settings - Leverset Factory default settings - Interconnect MF-Admin Server Parameters default settings 2 39 41 42 43 43 43 45 46 47 47 48 49 50 51 54 56 59 61 66 76 83 88 95 100 100 102 105 107 109 109 111 113 113 113 114 115 116 117 118 119 120 Application Parameters System Parameters Mifare Card Specification Card Types Area Types Lock Real Time Events Default Severity of Alert Types FCC Statement NCC Statement 3 120 120 121 122 123 125 126 127 128 Introduction The Pamex Kapture series is a total solution for multi-family door access control. It not only has several models of lock but also the browser based central management system (MF-Admin server). 4 Figure 1 : Pamex Kapture System Architecture Overview Figure 1 shows the system architecture of Pamex Kapture solution, Below are the brief description of each components :
1. Chrome browser : The user interface to the MF-Admin Server (2). You need a PC with Chrome browser to use MF-Admin. The card reader/writer (No.6 in figure 1) will be connected to this PC using USB. You may also use the windows server (5) as the client PC. 2. MF-Admin Server : An application running on Windows server (5). It provide all the functions to manage the access control of the locks and the cards/fobs. 3. Wifi AP : All the Kapture locks has the wifi capability and are necessary to connect to a wifi AP in order to be programmed by MF-Admin server. There should be a few to many Wifi APs at a multi-family property. Wifi AP is not part of Kapture products. Check the lock specifications in Appendix for the compatible Wifi AP. 4. Kapture smart locks and NFC cards : All the Kapture locks are smart locks which are accessed using NFC card/fob (Mifare Desfire). 5. Windows Server : MF-Admin server is installed on this server. 6. Card Reader/Writer : MP100 is the default reader to issue new card/fob to users/residents. 5 Figure 2: MP100 7. DB Server : A database is installed on windows server to keep all the data of the system. It is installed and automatically configured by the install program. Please reference MF-Admin & MP100 installation guide . 8. MFSP platform : MFSP (Multi-Family Service Platform) is a cloud service for all the MF-Admin Servers around the world. This platform is operated by Pamex. Connected your MF-Admin Server to MFSP is not required but we encourage you to do so. MFSP will provide some enhancement to Kapture solution in the future. 6 Before Installation Check List Locks Cards : Crypto Cards x 2, Construction Card x 5, Blank Cards x 10 MF-Admin + MP100 Software MP100 Card Reader x 1 Windows Server x 1 Pamex MFSP Service Platform This section is for Pamex only. Before any Kapture installation, Pamex admin will have to create a project in MFSP in order to get the unique project code. A Kapture installation will need at least one Crypto card to activate all the locks. Crypto card can only be issued through MFSP by Pamex. MFSP will keep the encryption keys of Mifare Desfire card for every projects. 7 Hardware Installation Wall Reader - Kapture KA-WR1S, Kapture KA-WR1N Features IP55 Weatherproof suitable for external use Advanced tamper detection Wi-Fi enabled access controller connected directly to existing routers Lock and unlock lockset remotely (Wi-Fi) MIFARE DESFire EV1/EV2 credential required (sold separately) High-Security authentication with 128-bit AES Encryption 6000+ cards/fobs and 10,000 activity logs memory capacity Alert email notification Access time control for both areas and users Passage mode temporarily allow unrestricted access Privacy mode temporarily disable all user access Lockout functionality Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) Customizable I/O Main relay, Auxiliary relay REQUEST-TO-EXIT input DOOR SENSE input ALARM SHUNT signal x 2 UL294(US), FCC Certification (US) Remote configurable using MF-Admin server Hardware Specifications Mechanical (Dimensions) Electrical Kapture KA-WR1S : 5.51 (H) X 2.95 (W) X 1.27 (D) Kapture KA-WR1N : 7.45 (H) X 1.77 (W) X 1.28 (D) NFC reader Supports ISO/IEC 14443 A/MIFARE and EV1/EV2 desfire Operating distance in Read/Write support Max. 2cm WIFI 11.b/g/n Operating distance support 100feets 8 Output Ratings Input Voltage: 12/24 Volts DC, 25VDC Absolute Max. rating Operating Current: 30 mA typical, 150 mA max Main Relay: Form C 2 Amps @ 28 Volts max Auxiliary Relay: Form C 2 Amp @ 28 Volts max Electrical life Min. 100,000 operations at 2A resister load Electrical life Min. 1,000,000 operations at 1A electrical lock Solid state outputs (Outputs P3.E7 & P3.E6) Short-to-common 100 mA @ 24 VDC maximum Environmental Temperature: -31F to 150F (-35C to 66C) Humidity: 95% Non-condensing 9 Front View Figure 3 : Kapture KA-WR1S Front, Kapture KA-WR1N Front 10 Back View Figure 4: Kapture KA-WR1S Back, Kapture KA-WR1N Back Wiring Pigtail Rated note 11 Figure 5: Kapture KA-WR1S, Kapture KA-WR1N Wiring Pigtail Rated note Basic Door Installation 12 Figure 6: Kapture KA-WR1S(N) Basic Door Installation 13 Basic Door Installation Wiring Figure 7:Kapture KA-WR1S(N) Basic Door Installation Wiring 14 Solid-State Output Figure 8 : Kapture KA-WR1S(N) Solid State Output Surface Mounting 15 Figure 9 : Kapture KA-WR1S(N) Surface Mounting Mounting to single gang recessed outlet box 16 Figure 10 : Kapture KA-WR1S(N) MOUNTING TO SINGLE GANG RECESSED OUTLET BOX 17 Dimensions Figure 11 : Kapture KA-WR1S Front Figure 12: Kapture KA-WR1N Front 18 Back Figure 13: Kapture KA-WR1S Back 19 Figure 14: Kapture KA-WR1N Back Installation Guide Kapture KA-WR1N 1) Screw the back plate to lock base with three 4mm*12mm self-tapping screws. See picture below. 2) Place the waterproof rubber on the back of the Wall Reader. See picture 1&2. 20 3) Before fastened Wall Reader, please ensure the waterproof rubber is installed. Align the hole with the hook on the top of back plate. See picture 3, Push down the Wall Reader. See picture 4. Tighten up the Wall Reader with a 4mm*8mm screw. See picture 5. 21 22 Kapture KA-WR1S 1) Screw the back plate to switch box with two 4mm*12mm self-tapping screws. See picture 1&2. 2) Place the waterproof rubber on the back of the Wall Reader. See picture 3&4. 3) Before fastened Wall Reader, please ensure the waterproof rubber is installed. Align with the hook on the top of back plate. See picture 5. Pull down the Wall Reader. See picture 6. Tiighten up the Wall Reader with one 4mm*8mm screw. See picture 7. 23 24 Deadbolt - KA-D7P1A (Auto) Features Easy installation with a Philips screwdriver Hidden(tamperproof) emergency mechanical key override & Tamperproof Detector Battery operated with over 1 year battery life Low battery warning ANSI/BHMA Grade 2 Certified IP55 Weatherproof suitable for external use Wi-Fi enabled access controller connected directly to existing routers Lock and unlock lockset remotely (Wi-Fi) MIFARE DESFire EV1/EV2 credential required (sold separately) High-Security authentication with 128-bit AES Encryption 6000+ cards/fobs and 10,000 activity logs memory capacity Alert email notification Access time control for both areas and users Passage mode temporarily allow unrestricted access Privacy mode temporarily disable all user access Lockout functionality Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) UL Certification, FCC Certification (US) Remote configurable using MF-Admin server Hardware Specifications Electrical Specification Wi-Fi enabled lock connected directly to existing routers Frequency 13.56 MHz RFID Read Range Proximity: 1.5cm (ISO14443A Card); MIFARE DESFire EV1/EV2 Power Supply 4 AA batteries (up to 1 years) Voltage: 6V Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) Communication standards 2.4 GHz Wi-Fi (IEEE 802.11b/g/n), WPA2, Transport Layer Security (TLS) version 1.0 Communication range up to 100 ft. Data rate 24M bps via Wi-Fi Mechanical Specification 3-Hour UL Fire-Rated, Grade 2 ANSI/BHMA certified 25 Dimension (W*H*D) :
Exterior lock body: 70 x 160 x 28 mm Interior lock body: 75 x 204 x 30 mm Square Corner Faceplate : 1-1/8 x 2-3/4 Cylinder : 5-pin KW keyway standard, other options available Door Thickness : 1-3/8"(35 mm) to 2"(51 mm) Bore: 2-1/8"(54 mm) or 1-1/2"(38 mm) Backset: Adjustable backset, fits 2-3/8"(60 mm) and 2-3/4"(70 mm) backsets Finish : Two-tone Black and Silver Operating Temperature Exterior Side: -35 to 66 Interior Side: -10 to 50 5% to 95% relative humidity (non-condensing) 26
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Product Photo 27 Dimensions ()
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Installation Guide 28 29 Deadbolt - KA-D7P1S (Semi-Auto) Features Easy installation with a Philips screwdriver Hidden(tamperproof) emergency mechanical key override & Tamperproof Detector Battery operated with over 1 year battery life Low battery warning Door handles reversible by a ring-shaped switch ANSI/BHMA Grade 2 Certified IP55 Weatherproof suitable for external use Wi-Fi enabled access controller connected directly to existing routers Lock and unlock lockset remotely (Wi-Fi) MIFARE DESFire EV1/EV2 credential required (sold separately) High-Security authentication with 128-bit AES Encryption 6000+ cards/fobs and 10,000 activity logs memory capacity Alert email notification Access time control for both areas and users Passage mode temporarily allow unrestricted access Privacy mode temporarily disable all user access Lockout functionality Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) UL Certification, FCC Certification (US) Remote configurable using MF-Admin server Hardware Specifications Electrical Specification Wi-Fi enabled lock connected directly to existing routers Frequency 13.56 MHz RFID Read Range Proximity: 2 cm (ISO14443A Card); MIFARE DESFire EV1/EV2 Power Supply 4 AA batteries (up to 1 years) Voltage: 6V Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) Communication standards 2.4 GHz Wi-Fi (IEEE 802.11b/g/n), WPA2, Transport Layer Security (TLS) version 1.0 Communication range up to 100 ft. Data rate 24M bps via Wi-Fi 30 Mechanical Specification 3-Hour UL Fire-Rated, Grade 2 ANSI/BHMA certified Dimension (W*H*D) :
Exterior lock body: 70 x 160 x 28 mm Interior lock body: 75 x 204 x 30 mm Square Corner Faceplate : 1-1/8x 2-1/4 Cylinder : 5-pin KW keyway standard, other options available Door Thickness : 1-3/8"(35 mm) to 2"(51 mm) Bore: 2-1/8"(54 mm) or 1-1/2"(38 mm) Backset: Adjustable backset, fits 2-3/8"(60 mm) and 2-3/4"(70 mm) backsets Finish : Two-tone Black and Silver Operating Temperature Exterior Side: -35 to 66 Interior Side: -10 to 50 5% to 95% relative humidity (non-condensing) 31 Product Photo
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32 Dimensions ()
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33 Installation Guide
<<D1 Installation Guide>>
34 Leverset - KA-LNP5C Features adapter selected by a DIP switch Easy installation with a Philips screwdriver Lever handing is field reversible in seconds; no tools required Hidden(tamperproof) emergency mechanical key override & Tamperproof Detector Battery operated(with over 1 year battery life) or Mains supply with 6V 2A power Low battery warning ANSI/BHMA Grade 2 Certified IP55 Weatherproof suitable for external use Advanced tamper detection Wi-Fi enabled access controller connected directly to existing routers Lock and unlock lockset remotely (Wi-Fi) MIFARE DESFire EV1/EV2 credential required (sold separately) High-Security authentication with 128-bit AES Encryption 6000+ cards/fobs and 10,000 activity logs memory capacity Alert email notification Access time control for both areas and users Passage mode temporarily allow unrestricted access Privacy mode temporarily disable all user access Lockout functionality Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) UL Certification, FCC Certification (US) Remote configurable using MF-Admin server Hardware Specifications Electrical Specification Wi-Fi enabled lock connected directly to existing routers Frequency 13.56 MHz RFID Read Range Proximity: 2 cm (ISO14443A Card); MIFARE DESFire EV1/EV2 Power Supply 4 AA batteries (up to 1 years) or Mains supply with 6V 2A power adapter selected by a DIP switch Voltage: 6V Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) Communication standards 2.4 GHz Wi-Fi (IEEE 802.11b/g/n), WPA2, Transport Layer Security (TLS) version 1.0 35 Communication range up to 100 ft. Data rate 24M bps via Wi-Fi Mechanical Specification 3-Hour UL Fire-Rated, Grade 2 ANSI/BHMA certified Dimension (W*H*D) :
Exterior lock body: 70 x 160 x 28 mm Interior lock body: 75 x 204 x 30 mm Square Corner Lever T-strike : 1-1/8 x 2-3/4 Cylinder : 5-pin KW keyway standard, other options available Door Thickness : 1-3/8"(35 mm) to 2"(51 mm) Bore: 2-1/8"(54 mm) or 1-1/2"(38 mm) Backset: Adjustable backset, fits 2-3/8"(60 mm) and 2-3/4"(70 mm) backsets Finish : Two-tone Black and Silver Operating Temperature Exterior Side: -35 to 66 Interior Side: -10 to 50 5% to 95% relative humidity (non-condensing) 36 Product Photo
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37 Dimensions ()
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Installation Guide 38 39 Interconnected - KA-INP35A Features Easy installation with a Philips screwdriver Hidden(tamperproof) emergency mechanical key override & Tamperproof Detector Battery operated with over 1 year battery life Low battery warning ANSI/BHMA Grade 2 Certified IP55 Weatherproof suitable for external use Wi-Fi enabled access controller connected directly to existing routers Lock and unlock lockset remotely (Wi-Fi) MIFARE DESFire EV1/EV2 credential required (sold separately) High-Security authentication with 128-bit AES Encryption 6000+ cards/fobs and 10,000 activity logs memory capacity Alert email notification Access time control for both areas and users Passage mode temporarily allow unrestricted access Privacy mode temporarily disable all user access Lockout functionality Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) UL Certification, FCC Certification (US) Remote configurable using MF-Admin server Hardware Specifications Electrical Specification Wi-Fi enabled lock connected directly to existing routers Frequency 13.56 MHz RFID Read Range Proximity: 1.5cm (ISO14443A Card); MIFARE DESFire EV1/EV2 Power Supply 4 AA batteries (up to 1 years) Voltage: 6V Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) Communication standards 2.4 GHz Wi-Fi (IEEE 802.11b/g/n), WPA2, Transport Layer Security (TLS) version 1.0 Communication range up to 100 ft. Data rate 24M bps via Wi-Fi Mechanical Specification 3-Hour UL Fire-Rated, Grade 2 ANSI/BHMA certified 40 Dimension (W*H*D) :
Exterior lock body: 70 x 160 x 28 mm Interior lock body: 75 x 204 x 30 mm Square Corner Faceplate : 1-1/8 x 2-3/4 Cylinder : 5-pin KW keyway standard, other options available Door Thickness : 1-3/8"(35 mm) to 2"(51 mm) Bore: 2-1/8"(54 mm) or 1-1/2"(38 mm) Backset: Adjustable backset, fits 2-3/8"(60 mm) and 2-3/4"(70 mm) backsets Finish : Two-tone Black and Silver Operating Temperature Exterior Side: -35 to 66 Interior Side: -10 to 50 5% to 95% relative humidity (non-condensing) 41 Product Photo
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Installation Guide 42 43 Interconnected - KA-INP35S Features Easy installation with a Philips screwdriver Hidden(tamperproof) emergency mechanical key override & Tamperproof Detector Battery operated with over 1 year battery life Low battery warning Door handles reversible by a ring-shaped switch ANSI/BHMA Grade 2 Certified IP55 Weatherproof suitable for external use Wi-Fi enabled access controller connected directly to existing routers Lock and unlock lockset remotely (Wi-Fi) MIFARE DESFire EV1/EV2 credential required (sold separately) High-Security authentication with 128-bit AES Encryption 6000+ cards/fobs and 10,000 activity logs memory capacity Alert email notification Access time control for both areas and users Passage mode temporarily allow unrestricted access Privacy mode temporarily disable all user access Lockout functionality Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) UL Certification, FCC Certification (US) Remote configurable using MF-Admin server Hardware Specifications Electrical Specification Wi-Fi enabled lock connected directly to existing routers Frequency 13.56 MHz RFID Read Range Proximity: 2 cm (ISO14443A Card); MIFARE DESFire EV1/EV2 Power Supply 4 AA batteries (up to 1 years) Voltage: 6V Dual LED Status Indicators for Visual communications Bi-color LED Status Indicator(red, green) Communication standards 2.4 GHz Wi-Fi (IEEE 802.11b/g/n), WPA2, Transport Layer Security (TLS) version 1.0 Communication range up to 100 ft. Data rate 24M bps via Wi-Fi 44 Mechanical Specification 3-Hour UL Fire-Rated, Grade 2 ANSI/BHMA certified Dimension (W*H*D) :
Exterior lock body: 70 x 160 x 28 mm Interior lock body: 75 x 204 x 30 mm Square Corner Faceplate : 1-1/8x 2-1/4 Cylinder : 5-pin KW keyway standard, other options available Door Thickness : 1-3/8"(35 mm) to 2"(51 mm) Bore: 2-1/8"(54 mm) or 1-1/2"(38 mm) Backset: Adjustable backset, fits 2-3/8"(60 mm) and 2-3/4"(70 mm) backsets Finish : Two-tone Black and Silver Operating Temperature Exterior Side: -35 to 66 Interior Side: -10 to 50 5% to 95% relative humidity (non-condensing) 45 Product Photo
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Installation Guide 46 47 Implementation Guide Concepts Depending on the progress of your project, there are three phases defined as :
Construction Phase :
All the door locks are installed but not programmed yet. MF-Admin server is not necessary in this phase. Lock Registration Phase :
The door locks are ready to be programmed/registered to MF-Admin server. Go-Live Phase :
All the locks are registered to MF-Admin Server. The system is ready to go. Normally, as time goes by, a project will first in construction phase, then go to lock registration phase, then go-live phase. Each phase requires different tasks to be completed as described below. In this guide, we will use the term Card or Key from time to time. Both term refers to the Mifare Card or Mifare key fob in issued by Pamex Kapture solution. MP100 is the only device you use to issue card/key. Note that sometimes you have to re-place (take card off the reader then place the card on the reader again) the card on the reader to successfully complete your card operation. MF-Admin server will remind you to re-place the card as possible as it can. But remember to do so when you encounter MP100 reader error. Its not a bug but the nature of Mifare Card operations. 48 Construction Phase Make sure you have Crypto Cards and Construction Cards on hand. Crypto Card and Construction Card are shipped from Pamex together with physical locks.(See Appendix
: Card Types) In the scenario that wifi network and MF-Admin Server is not ready, and you have installed locks on the doors, you will need Construction Cards to unlock and open the door. A lock can be unlocked using Construction Card only, after it has successfully scanned the Crypto Card but before programmed by programming card. No other cards can unlock the doors at this moment. A Construction Card can unlock any locks which has been scanned by Crypto Card given by Pamex for your project only.. Depending on the lock model, lock will present below response when scanning Mifare Cards :
Lock Model Crypto Card Success Crypto Card Fail Wall Reader Deadbolt Leverset Interconnect Green LED on 1 sec & long beep once Red LED flash 3 times &
beep 3 times Same as Wall Reader Same as Wall Reader Same as Wall Reader Same as Wall Reader Same as Wall Reader Same as Wall Reader Construction Cards will remain valid until you scan Programming Card to a lock. Programming Cards can only be created using MF-Admin Server which means your wifi APs and network is ready and you are entering the next phase - Lock Registration Phase. 49 Lock Registration Phase MF-Admin Server is required to complete all the tasks in this phase. Please follow the MF-Admin Server & MP100 Installation Guide to install MF-Admin Server. MF-Admin Server is a web-based application with access controlled by login id and password. A newly installed MF-Admin Server has an admin user with login id = alzk, password = alzk. You may use this account to access all the functions in MF-Admin but we recommend you create another ids for all the users who need to access MF-Admin. Please check MF-Admin Server User Guide to see how to create users. The default admin user alzk can not be removed. Change the password of alzk immediately is recommended to secure the account. Please check MF-Admin Server User Guide to see how to change alzk password. To better illustrate all the steps, we will use a SIMPLE example project to describe how to complete all the steps. Figure 17: Project SIMPLE In the SIMPLE project, there are 4 families (A, B, C, D) with one common entrance (M) and a shared swimming pool controlled by Lock P. You will have to go through below steps to setup the MF-Admin server and register all the locks by using alzk account :
Plan your area tree 50 Area tree is the topology of your property. Before you can register your physical locks and link the locks to their corresponding lock place, you have to build the area tree in MF-Admin Server. There are three types of areas : group, unit, public (See Appendix: Area Types for detail). An area may contain zero or several lock places which will linked to the physical lock one by one when registering. For the SIMPLE project, you should prepare a table as below :
Root Area (Group area)
(No lockplace) Public Area P Lockplace P Group Area M Lockplace M Unit Area A Lockplace A Unit Area B Lockplace B Unit Area C Lockplace C Unit Area D Lockplace D Notice that you will have exactly the same number of lockplaces as your physical number of locks. 51 Build the area tree using MF-Admin Server Navigate to build area tree page. Property Management => Build Property For a brand new property, you will see only one node at beginning. Click and edit root area name. Click edit button on Root Area and select Add Public Area. Click the name text to edit public area name and lockplace name. Click menu button on Root Area and select Add Group. 52 Click name text to edit group name. Click menu button on Group Area M and select Add Lock Place. Edit lockplace name. Click menu button on Group Area M and select Add Unit. Click name text to edit unit name and lockplace name. Keep adding unit from B to D Click Save To Server to save the area tree. 53 Note that there are many ways to build an area tree as above. You may find other techniques in MF-Admin Server User Manual. If you make any mistakes during building the tree, feel free to click Reload from server or Reset to return to the initial state. 54 Plan your programming cards The area tree is now ready to be linked to physical locks. Pamex Kapture locks support WPA2 encryption to connect to the Wifi AP. When a lock is scanned by a programming card, the preferred Wifi AP SSIDs will be loaded into the lock from programming card. A programming card may save 1 ~ 10 SSIDs. Normally, you only have to scan one time for a lock during lifetime. The reasons to re-scan programming card will be :
MF-Admin server ip is changed after go-live phase : This should be a rarely case and usually can be avoid. But if for whatever reason, the MF-Admin Server ip has to be changed, then you have to make new programming cards and all the locks have to be programmed again. Some Wifi AP SSID changed : For those locks in the range of changed wifi APs, you have to scan them with new programming card which has the new SSID in it. Lock has been reset to factory default. When any of the above cases happened, we recommend you to contact with the reseller for help. In SIMPLE project, we assume that you have two Wifi APs with SSID = AP1 and SSID = AP2. In real world, depending on the size of your project. you may have tens to hundreds of Wifi APs. Therefore, prepare below table is recommended :
Wifi AP SSID WPA2 Key
(32 characters) Rooms in Range Programming Card AP1 12345678 Unit A Unit B Unit C Unit D AP2 abcdefg Public Area P Card 1 Card 1 Card 1 Card 1 Card 1 55 For SIMPLE project, AP1 and AP2 can be saved into one programming card. Programming card can be created using MF-Admin Server and you may create several cards with the same settings in order to programm locks in parallel by several workers. In the case that several workers are programming locks in parallel, please label the UID of the card ( UID can be found on MF-Admin page when you create the programming card) on the programming card with a sticker or marker. When your lock is scanned, you will be able to tell which lock is yours by using UID. See the detail in registering locks. 56 Setup Wifi AP and Create Programming Cards Navigate to system parameters page. System Management => System Parameters Select Wifi AP Setting Click Add One to add wifi ap and click Save to save wifi ap. Navigate to create programming cards page. Property Management => Issue Programming Key You will see there are two wifi aps you added previously. Check the checkbox on those wifi ap and click Issue Key . Place key/card on reader first. 57 58 Click Read Key From Reader to get Keys UID. The green light LED on Read should blink. If Read Key From Reader failed with three beep sounds and display following message, please re-place key/card and click Read Key From Reader again. 59 If read key successfully click Write Key/Card to issue programming key. Write Key/Card successfully with two beep sounds. Register Locks to MF-Admin Server Please bring a tablet or mobile phone with Chrome browser. Follow below steps to register a lock :
A. Open Chrome and type in MF-Admin server URL. B. Login to MF-Admin using alzk id C. Go to Lock Registration Monitoring function on tablet. Property Management => Lock Registration Monitor 60 D. Go to Room A E. Scan programming card to the lock Lockplace A. You will see the physical new lock connect to MF-Admin server. F. Link physical lock on Room A to lockplace. Click lock icon near Unit Area A. A pop-up window will show up listing all the locks not linked yet. Click the one you like to link. G. Link the lock to Room A lockplace. G.1. If you link to the wrong lockplace, Unlink and link again. Click lockplace which you link to the wrong lockplace. Click Unlink to unlink lock. H. Repeat the steps D to G for Lockplace B,C,D,P and M I. All set and all locks are ready for go-live phase. 61 Verify lock registration using Master Card Master Card is granted unlimited access to any locks in the project. After locks are registered to MF-Admin server, they now only recognize Residential Cards plus Master Cards. To verify that all the locks are successfully registered and linked to the right lock places in the area tree, lets first create the master card. How to create Master Card :
Navigate to issue master card page. Key Management => Issue Master Key And click Issue Key Place key/card on reader first. 62 Click Read Key From Reader to get Keys UID. The green light LED on Read should blink. 63 If Read Key From Reader failed with three beep sounds and display following message, please re-place key/card and click Read Key From Reader again. If read key successfully click Write Key/Card to issue master key. 64 Write Key/Card successfully with two beep sounds. How to verify Master Card to a lock :
Prepare a invalid Mifare Card X (You may issue an invalid card easily by assigning no area to the card). By default, a lock will report to MF-Admin Server and get the newly create card list from MF-Admin Server every 30 mins. It means the newly created Master Card will go to the locks after 30 mins. Another way to enforce a lock to communicate with MF-Admin server is to scan an invalid card. We will use this approach to save us some time. Card X will be the invalid Card. Go to lockplace A. Scan Card X. Scan Master Card and the lock should be opened. Scan Card X again. (the event log will be transferred to MF-Admin server) Check MF-Admin Server event log Navigate to MF-Admin Server event log page. Report Management => Events History Report Check Lock Open in Event Type fields only and click Search . You will see Lock Open event with scanning Master card. Verify lock B,C,D,P,M using the same steps. If lock A is not opened, please re-scan Card X and try again. 65 If lock A is still not opened, please unlink the lock and register/link again. Then repeat the verification steps. If problem still exist, please contact your reseller for help. Please keep the Master Card safe and secure. Congratulations ! The system is ready and lets go to Go-Live phase. 66 Go-live Phase We will present several daily operations when the system goes live. Most of the daily work of an administrator or property owner should be card/key management. You have seen several card types in the previous sections: Crypto Card, Construction Card, Programming Card and Master Card. Here we will create another card type called Residential Card. There are five types of Residential Card : Tenant, Staff, Vendor, Guest and Temp Card. You can tell the purpose of the card from its name. There are three supporting features to help you create a residential card. You may create a card without using these features but leverage these template features will speed up the process when you have many cards to create :
Time Control Template Here we will create two time control template which we will use in demonstrate the creation of Guest Card and Vendor Card. Please follow below steps to create the two time control templates :
Guest Swimming Pool Period 8:00 ~ 18:00 Sat, 8:00 ~ 18:00 Sun House Cleaning Period Steps to create time control template 8:00 ~ 12:00 Mon Navigate to create time control template page. System Management => Application Parameters In Time Control Templates click Create button. 67 Edit the template name, According to the document, the Guest Swimming Pool Period only open on 8:00 ~ 18:00 Sat, 8:00 ~ 18:00 Sun . Lets edit the time control to meet the requirement and click Save to save time control setting. Lets create another template for house cleaning period. According to the requirement, house cleaning period only allow at 8:00 ~ 12:00 Mon . Lets edit the time control to meet the requirement and click Save to save time control setting. Both Guest Swimming Pool Period and House Cleaning Period time control templates are created successfully. 68 User Management purpose. You may maintain tenants, staffs and vendors information in User Management module. The information you entered here is only for look up purpose when issuing card which we will demo later. The benefit to create entries here is to save you some typing when issue cards/keys. Lets create some user templates. We just provide basic information for demo User Type Information Tanant A Tenant B Tenant C Tenant D Staff S1 Staff S2 Vendor V Kevin Huang, kevin@alzk.com.tw Tony Lin, lintungwei@gmail.com Mark Chu, mark@alzk.com.tw Jay Chen, jay@alzk.com.tw Peter Liu, peter@alzk.com.tw Ricky Chang, ricky@alzk.com.tw Company Name : Dust Buster Employee name : Vincent Chou, vincent@gmail.com Steps to create tenants Navigate to create tenants page. User Management => Tenant Edit tenant information and click Create Tenant . 69 The table below the input area will list all the tenants created :
Please repeat the work and create tenant B, C, and D. Steps to create staffs Navigate to create staffs page. User Management => Staff Edit staff information and click Create Staff . 70 The table below the input area will list all the staffs created :
Follow the same process to create staff Ricky Chang. Steps to create vendors Navigate to create vendors page. User Management => Vendor Edit vendor information and click Create Vendor . It will display vendor list below the input area. Click Employee button on Actions filed to add employee. Edit employee information and click Create New Employee The employee list will be displayed at the bottom of this page. 71 Key Template Key template probably is the most useful supporting features when issue many keys. It is almost the same as issue a key but you may save the setting for later use. Lets create two templates :
STAFFS Public Area P (24 hours allowed), Group Area M (24 hours allowed) TENANTS Public Area P (6:00 ~ 21:00), Group Area M (24 hours 72 allowed) Steps to create the key template Navigate to create key time control template page. Key Management => Key Template Select Create New Template. Edit Template Name and click Create After clicking Create button it will display Area Control page. 73 According to the requirement, Staffs can access Public Area P (24 hours allowed), Group Area M (24 hours allowed) . Lets check the box on Public Area P and no need to edit time control because its 24 hours open by default.
(Click the clock besides the checkbox can edit the time control on this area) Check the box on Group Area M also and no need to edit time control. Click Save to save STAFFS key template. Lets create another key template for TENANTS. Click Create . 74 Check the box on Public Area P and click its time control button . According to the requirement, Tenants can access Public Area P (6:00 ~
21:00), Group Area M (24 hours allowed) . Lets edit the Public Area P time control and click Save to save time control setting. 75 Check the box on Group Area M , no need to edit time control this time because its 24 hours open by default. Click Save to save TENANTS key template. Navigate to key template management page. Key Management => Key Template You can see those key templates has been created by pull down the select list. 76 Create Tenant Cards to D with below access control :
In SIMPLE project, you should at least create 4 tenant cards (Card A~D) for Room A Card A Card B Card C Card D Public Area P (6:00 ~ 21:00), Group Area M (24 hours allowed), Unit A
(24 hours allowed) Public Area P (6:00 ~ 21:00), Group Area M (24 hours allowed), Unit B
(24 hours allowed) Public Area P (6:00 ~ 21:00), Group Area M (24 hours allowed), Unit C
(24 hours allowed) Public Area P (6:00 ~ 21:00), Group Area M (24 hours allowed), Unit D
(24 hours allowed) As you can see, leverage key template is a good idea to create the 4 tenants cards. Steps to create tenant cards Navigate to Issue Key page. Key Management => Issue Key Select Tenant at the key type drop down list . 77 Click Select Tenant and it will pop up a window to display all tenants you created in user management function. Select tenant kevin to issue key. Select tenant kevin will automatically bring his information back to the Basic Information tab. Select TENANTS key template and you will see TENANTS time control settings in Area Control page 78 According to the requirement, tenant Kevin can access Public Area P (6:00 ~
21:00), Group Area M (24 hours allowed), Unit A (24 hours allowed) . We had already set up time control of Public Area P and Group Area M via tenant key template, so lets check Unit A to grant access to Room A. 79 At the Review & Issue Key page we can verify the information of tenant key including Basic Information , Unit Area & time control information, Public Area &
time control information , Group area & time control information Click Issue/Write Key to issue tenant key. Place key/card on reader first. 80 Click Read Key From Reader to get Keys UID. The green light LED on Read should blink. 81 If Read Key From Reader failed with three beep sounds and display following message, please re-place key/card and click Read Key From Reader again. If read key successfully click Write Key/Card to issue master key. 82 Write Key/Card successfully with two beep sounds. Repeat the similar process to create Tenant Cards for B,C and D. 83 Create Staff Card We will then create 2 staff cards in SIMPLE project. Again, you may use the STAFFS key template to complete this job. This time you can practice to choose the staff information from the staff users you created previously. Staff S1 Public Area P (24 hours allowed), Group Area M (24 hours allowed) Public Area P (24 hours allowed), Group Area M (24 hours allowed) Staff S2 Steps to create staff card Navigate to Issue Key page. Key Management => Issue Key Select key type as Staff. 84 Click Select Staff and it will pop up a window to display all staffs you created at user management. Select staff Peter to issue key. After selecting staff peter the Basic Information page will automatically attach staffs information. Select STAFFS key template and you will see STAFFS time control settings in Area Control page. According to the requirement, staff Peter can access Public Area P (24 hours allowed), Group Area M (24 hours allowed) . We had already set up 24 hours access privilege of Public Area P and Group Area M via staff key template. So you may go to the review & Issue Key tab. 85 At the Review & Issue Key page we can verify the information of staff key including Basic Information , Unit Area & time control information, Public Area & time control information , Group area & time control information Click Issue/Write Key to issue Peter staff key. Place key/card on reader first. Click Read Key From Reader to get Keys UID. 86 The green light LED on Read should blink. If Read Key From Reader failed with three beep sounds and display following message, please re-place key/card and click Read Key From Reader again. If read key successfully click Write Key/Card to issue staff key. 87 Write Key/Card successfully with two beep sounds. Repeat the similar process to create S2 Staff Card. Create Vendor Card 88 Create a vendor card for Vincent Chou, an employee of Dust Buster cleaning company. He will come to clean the swimming pool and the area around Room A~D at 8:00 - 12:00 on every Monday. So we will create a card for him to enter Lockplace P and Lockplace M with time control template : House Cleaning Period. Steps to create vendor card Navigate to Issue Key page. Key Management => Issue Key Select key type as Vendor. Click Select Vendor and it will pop up a window to display all vendors you created before at user management function. Select vendor Vincent from Dust Buster to issue key. After selecting vendor vincent, the Basic Information page will automatically attach vendors information. 89 Check the box on Public Area P and click time control button to edit. According to the requirement, Vendors can access at 8:00 - 12:00 on every Monday . Lets use House Cleaning Period time control template we created before on Public Area P then click Save to save time control setting. 90 Check the box on Group Area M and click time control button to edit. 91 Use House Cleaning Period time control template we created before on Group Area M then click Save to save time control setting. At the Review & Issue Key page we can verify the information of vendor key including Basic Information , Unit Area & time control information, Public Area &
time control information , Group area & time control information 92 Click Issue/Write Key to issue the vendor key. Place key/card on reader first. Click Read Key From Reader to get Keys UID. 93 The green light LED on Read should blink. If Read Key From Reader failed with three beep sounds and display following message, please re-place key/card and click Read Key From Reader again. If read key successfully click Write Key/Card to issue vendor key. 94 Write Key/Card successfully with two beep sounds. 95 Create Guest/Temp Card Guest Card and Temp Card are almost the same. They serve the purpose to temporarily grant access to a visitor. The default expired date will be one day only. The one time pass attribute can be used to further restrict access to lockplace to only one time for all the lockplaces granted. Below is a demo to create a Guest Card. Create a temp card is the same. You will request the visitor to return the Guest/Temp Card when they leave the property. The returned card can be reused to issue any card types. Steps to create a guest card Navigate to Issue Key page. Key Management => Issue Key Select key type as Guest. 96 Edit guest information. At Area Control page, Check the box on Public Area P and click edit time control button . Lets assume guest August can access Public Area P on this weekend , edit time control settings and click Save to save time control setting. 97 At the Review & Issue Key page we can verify the information of guest key including Basic Information , Unit Area & time control information, Public Area & time control information , Group area & time control information Click Issue/Write Key to issue August guest key. Place key/card on reader first. 98 Click Read Key From Reader to get Keys UID. The green light LED on Read should blink. 99 If Read Key From Reader failed with three beep sounds and display following message, please re-place key/card and click Read Key From Reader again. If read key successfully click Write Key/Card to issue guest key. Write Key/Card successfully with two beep sounds. 100 Shutdown Public Area The only public area we have in SIMPLE project is the swimming pool. Suppose you need to close the swimming pool in the winter or for maintenance purpose, it is not a good idea to re-issue all the cards to remove the swimming pool access right. MF-Admin server has two features: Area Time Control and Lock Scheduling which will help you to complete this task in a second without re-issuing any cards. Area Time Control Area Time Control is another layer of time control which logically AND with the time control you set on the Mifare card during card creation for a specific area/lockplace. Area Time Control setting will take effect to all the residential cards (NOTE:
exceptions exist if you change the access rule, we will discuss it later). Therefore, when you want to restrict the access of swimming pool to a certain time period of a day in a weekly manner, area time control is here for this task. Suppose your card has the access right of swimming pool for 24 hours everyday. And the area time control of swimming pool is only for Saturday and Sunday 24 hours. Then you are only able to access swimming pool on Saturday and Sunday. Note that this approach can not completely shut down the swimming pool because if you leave all the time control cells blank, it means NO time control. To complete shut down a public area, you better use Lock Scheduling feature. To demonstrate how to set the area time control, follow below steps. (Note that you set time control for an area, not a lock.). Steps to set area time control for swimming pool Navigate to Area Time Control Setup page. Lock Management => Area Time Contro l 101 Assume the area time control of swimming pool is only for Saturday and Sunday 24 hours . Lets edit swimming pool time control to meet the requirement, click Save to save time control setting. You can see the lock on Public Area P turn to light green color which means there is a time control setting over this area . 102 Lock Scheduling Lock scheduling has nothing to do with Mifare card. It can be used to control the schedule to lock/unlock a lock. In SIMPLE project case, we may use lock operation mode to control the locking status. Three modes are available for a lock (not an area):
Normal (default) : Scan card is needed. Passage : Keep the lock unlocked, scan card is not necessary. Private : It acts like normal mode. In combination with the NoPrivacy access rule, only Staff Card (and Master Card of course) can access the private area. But you may change the access rule to block all cards except Master Card. Therefore, set the operation mode to Private will block all non-staff cards now. Steps to set operation mode Navigate to lock operation page. Lock Management => Lock Scheduling Click the lock icon in Public Area P . 103 In Operation Mode dialog, select Private and click Save . The Public Area P lock icon color will turn to light green which means it is not normal setting . 104 As you can see in the previous screenshots, there is also a time control table which you can set when operation mode is in normal mode. It is used to manage a public/group area where you like it to be passage mode for some period of time of a day in a weekly manner. We will not demo it here. Please see MF-Admin Server User Manual for detail. 105 Access Control Rule It is time to elaborate how access rules works. All the locks will apply the access rule when scan a card. Below is the default access rule settings :
You have to choose one of the three settings to apply to a combination of card types and area types. The three choices are :
Lock+Key : Area time control will be taken into consideration together with the Lock only : The system only takes area time control into consideration and Key only : The system will take card/key setting into consideration and ignore settings on the card/key to decide whether lock can be unlocked or not. ignore the card/key settings. the area time control. The NoPrivacy rule is a special rule for privacy locks ( the mode you set at lock scheduling features ). The card type with NoPrivary set to yes will ignore the privacy mode which means the card is allowed to unlock the lock. Therefore, if you like to block all users including the staff to enter swimming pool in SIMPLE project, You have do two things : 1. At lock scheduling function, set lockplace P to private mode. 2. At lock access rule of system parameters function, set Staffs NoPrivacy setting to No. Steps to shut down swimming pool completely except Master Key Previously we set swimming pools lock operation to Private mode, so lets try to edit Access Rule Control now. Navigate to edit page first. System Management => System Parameters 106 According to the document, we would want to block all users including the staff to enter swimming pool in private mode. Find out the Staff field and edit NoPrivacy to No and click Save . Now, the swimming pool has been shut down completely except Master Key. 107 Time Control - Add/Remove Holidays Time control settings can be found in many places in the system and it is straightforward to use. There is only one thing to remind, the holiday. In addition to the settings for 7 days a week, you have another row (the bottom row) to set time control which is the holiday setting. For system to recognize which days are holiday, you have use the application parameters function to add/remove holidays. Steps to add/remove holiday Add holiday Navigate to Holidays tab in Application Parameters page. System Management => Application Parameters Click +1 to add a holiday. 108 Click the blank field to edit holiday assume that 2019/01/01 is a holiday. Click Save to save the holiday. Remove holiday Click X to remove holiday and click Save . The holiday setting takes precedence over weekly settings. It means if today is holiday and Monday, then the system will check holidays settings instead of Mondays settings. 109 Advanced Setup Guide Note : Do not try this section without assistance from reseller or Pamex. Changing any of the parameters in this section to unreasonable value might lead to strange system behavior. Lock Report Interval Lock report interval can be changed at the Lock Operation function. The default value of this parameter is 1800 secs (30 mins) for all locks. Steps to change the report interval setting for Lock P Navigate to lock operation page to change the report interval. Lock Management => Lock Operation 110 Click lock icon to select lockplace Public Area P ( multiple selections allowed here ) , at Set Lock Parameters (j0) field find out Report Interval parameters and set up it to 15 mins . Click Schedule Job to change the report interval setting. To save the batterys life, Pamex Kapture smart lock is not always connected to MF-Admin Server. The lock will connect to the MF-Admin Server for every 1800 secs by default. This also indicate one thing to bare in mind : every change to the card or lock will sync to locks in 1800 secs at most. For example, when you issue a card at 9:00 am, the card number will be downloaded to the related physical lock(s) at next reporting time which could be anytime before 9:30 am depending on the last report time. There is another way to force a lock to communicate with MF-Admin server immediately. Four real time events (See Appendix) will cause a lock to communicate with MF-Admin server. Therefore, when you want to make sure the lock to sync cards or execute lock operation commands immediately without waiting for 30 mins, just 111 prepare an invalid Mifare card (You may issue an invalid card easily by assigning no area to it). and scan to a lock will serve this purpose. Alert Settings When you login the MF-Admin Server, there are two icons showing the total number of new alerts at the navigation bar :
In the Alert tab of the system parameters, you can see there are ten types of alert that will be generated in the system :
There is no alert enabled by default. You may check the checkbox to enable the alerts you like to see. You may enter valid email addresses in the Send Email To field to enable email notification for an alert. Multiple addresses can be entered delimited by semicolon. The SMS is not working in current release of MF-Admin Server. The check intervals are all realtime and can not be modified except the Dead Lock alert. Dead Lock alert checking interval can be set larger than the default (30 mins). This value is related to the lock report interval. It is unreasonable to set a dead lock checking interval smaller than the lock report interval. Note that the unit of this value is minute. For every alert types, there is a severity value config in the MF-Admin Server appConfig.json file. Please read the MF-Admin Server User Manual for how to change the severity value of each type of alerts. For the default severity setting, please see Alert Types in the Appendix. An alert will fall into lower severity category (Yellow alerts on the navigation bar) or higher severity category (Red alerts on the navigation bar) 112 can be controlled by the parameter ALERT_SEVERITY_THRESHOLD parameter in the Misc tab of system parameters function. Appendix Lock UI Patterns (LED & Buzzer) 113 Wall Reader Action Power On Response (+ : sequential, & : parallel ) Red / Green LED flash interchange 3 times + long beep 1 time Red LED flash 3 times & beep 3 times
(Lock Out) Green LED flash 1 time & beep 1 time. ( Same as unlock by residential card ) Green LED flash 2 times & beep 2 times +
register success : Green LED flash + long beep register fail : NONE. Green LED flash 3 times & beep for 3 times + Wait for 2-3 secs + <Online Re-Boot Done>
Scan Invalid Card Scan Crypto Card Green LED on 1 sec & long beep once Scan Construction Card Scan Programming Card Scan Recovery Card Scan Residential Card
(Unlock) Scan Lock/Touch Lock/Auto Lock Red LED flash once & beep 1 time. Green LED flash 1 time & beep 1 time. Red & beep 5 times as start Green & beep 5 times as successfully downloaded +
Wait 1~2 secs + <Online Re-Boot Done>
Red and beep 3 times as fail to download Red LED flash 1 time + Green LED on 2 secs & beep 2 secs Red LED on 1 sec + G reen LED on 1 sec + beep 1 time + Green LED flash 1 time, beep 1 time +
Red LED flash until wifi connected. OTA start to finish Online Re-Boot Done MP Test 114 Lock out Lock Out Red LED flash every 1 sec, stop flashing in 1 min
(default) Red LED on for 3 minutes (default)
<<Leverset, Deadbolt>>
115 Wifi AP Specification and Settings Wifi network is necessary for Pamex Kapture solution. The network setup is out of the scope of this manual. Please make sure your network is well configured with your system vendors. Pamex Kapture locks support most of the popular wifi APs in the market. Please make sure your Wifi AP has the features listed below :
Support 802.11 bgn, 2.4 G WAP2 encryption 116 Factory default settings - Wall Reader Volume : 3 ( high ), 0~3 Locking Mode : 111, scan card enabled + touch enabled + auto lock enabled Auto Lock Interval : 5 secs Report Interval : 1800 secs Lockout settings : Lockout for 180 secs after 4 fail tries within 60 secs 117 Factory default settings - Deadbolt Same as Wall Reader 118 Factory default settings - Leverset Same as Wall Reader 119 Factory default settings - Interconnect Same as Wall Reader 120 MF-Admin Server Parameters default settings Application Parameters Please see MF-Admin Server User Manual. System Parameters Please see MF-Admin Server User Manual. Mifare Card Specification 121 You may purchase Mifare Card or Key fob from 3rd party. MIFARE is the NXP Semiconductors -owned trademark of a series of chips widely used in contactless smart cards and proximity cards . The MIFARE brand name covers proprietary solutions based upon various levels of the ISO/IEC 14443 Type A 13.56 MHz contactless smart card standard. It incorporates AES and DES/Triple-DES encryption standards, as well as an older proprietary encryption algorithm. Pamex Kapture supports only MIFARE DESFire EV1 /EV2 compatible cards/key fobs. Card Types Pamex Kapture defines below card types :
122 1 2 3 4 Card Type Crypto Card (CRC) Construction Card (COC) Programming/Registration Card (PRC) Residential Card (RSC) sub-typed into five different residential card : Tenant card, Staff card, Vendor card, Guest card, and Temp card depending how you issue the card using MF-Admin server 5 Master Card (MAC) Crypto Card :
To recognize any other types of card, a lock has to read Crypto card. Crypto card is not issued from MF-Admin server. It should be provided by Pamex and is unique to your project. Construction Card :
Before the wifi network is ready, the only way to unlock the door locks will be using the construction cards. Construction cards can not be issued from MF-Admin Server. It should be provided by Pamex and is unique to your project. Programming/registration card :
Once your wifi network is ready and MF-Admin server is installed, programming card can be used to register lock to the MF-Admin Server. Programming card can be created/issued using MF-Admin Server. In a large project, you may create several programming cards to speed up the registration process. Residential Card :
There are five types of residential card : Tenant, Staff, Vendor, Guest and Temp. Residential cards are issued using MF-Admin Server by property owner or administrator when project goes live. Master Card :
123 Master Card is an unrestricted access card to any door locks in the project. It is created using MF-Admin server. Master Card is only valid to the locks which has registered to MF-Admin server. Area Types 124 There are three types of area you may create in MF-Admin Server :
Group Area :
Group area is like a folder. It is used to group together the units and public areas in the same floor/building for example. Unit Area :
An unit area represents an unit for one family. Public Area :
A public area represents a shared facility like swimming pool. These areas will be organized into a single root area tree to represent your property. All the areas can be programmed to grant access to residential cards by time control and area control using MF-Admin Server. 125 Lock Real Time Events 1 : Lock Out 2 : Cylinder Cover Opened 3 : Invalid Key (Mifare Desfire Key) 4 : Single Pass Success Default Severity of Alert Types Alert Name Severity 126 Locking fail at auto-lock disabled mode Unlocking fail at auto-lock disabled mode Locking fail at auto-lock mode Battery Change Battery Low Firmware upgrade completed Invalid Key Lock Cover Open Dead Lock Lock Out 30 30 30 10 100 20 80 100 100 50 127 FCC Statement FCC Statement:
Kapture KA-WR1N, Kapture KA-WR1S complie with part 15 of the FCC Rules. Operation is subject to the following two conditions:
(1) Kapture KA-WR1N, Kapture KA-WR1S may not cause harmful interference, and
(2) Kapture KA-WR1N, Kapture KA-WR1S must accept any interference received, including interference that may cause undesired operation. NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
Reorient or relocate the receiving antenna. Increase the separation between the equipment and receiver. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/TV technician for help. Changes or modifications not expressly approved by the party responsible for compliance could void the users authority to operate the equipment . This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with a minimum distance of 20 cm between the radiator and a human body. 128 NCC Statement NCC Statement:
Taiwan Regulatory Information(NCC)
frequency | equipment class | purpose | ||
---|---|---|---|---|
1 | 2018-10-10 | 13.56 ~ 13.56 | DXX - Part 15 Low Power Communication Device Transmitter | Original Equipment |
2 | 2412 ~ 2462 | DTS - Digital Transmission System |
app s | Applicant Information | |||||
---|---|---|---|---|---|---|
1 2 | Effective |
2018-10-10
|
||||
1 2 | Applicant's complete, legal business name |
Pamex Inc.
|
||||
1 2 | FCC Registration Number (FRN) |
0027798958
|
||||
1 2 | Physical Address |
4680 Vinita Court
|
||||
1 2 |
Chino, California 91710
|
|||||
1 2 |
Chino, 91710
|
|||||
1 2 |
United States
|
|||||
app s | TCB Information | |||||
1 2 | TCB Application Email Address |
t******@tuv.com
|
||||
1 2 | TCB Scope |
A1: Low Power Transmitters below 1 GHz (except Spread Spectrum), Unintentional Radiators, EAS (Part 11) & Consumer ISM devices
|
||||
1 2 |
A4: UNII devices & low power transmitters using spread spectrum techniques
|
|||||
app s | FCC ID | |||||
1 2 | Grantee Code |
2AQ8A
|
||||
1 2 | Equipment Product Code |
KAWR1S
|
||||
app s | Person at the applicant's address to receive grant or for contact | |||||
1 2 | Name |
C******** C********
|
||||
1 2 | Title |
Product Manager
|
||||
1 2 | Telephone Number |
909-6******** Extension:
|
||||
1 2 | Fax Number |
909-6********
|
||||
1 2 |
c******@pamexinc.com
|
|||||
app s | Technical Contact | |||||
n/a | ||||||
app s | Non Technical Contact | |||||
n/a | ||||||
app s | Confidentiality (long or short term) | |||||
1 2 | Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?: | Yes | ||||
1 2 | Long-Term Confidentiality Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?: | No | ||||
if no date is supplied, the release date will be set to 45 calendar days past the date of grant. | ||||||
app s | Cognitive Radio & Software Defined Radio, Class, etc | |||||
1 2 | Is this application for software defined/cognitive radio authorization? | No | ||||
1 2 | Equipment Class | DXX - Part 15 Low Power Communication Device Transmitter | ||||
1 2 | DTS - Digital Transmission System | |||||
1 2 | Description of product as it is marketed: (NOTE: This text will appear below the equipment class on the grant) | Wall Reader | ||||
1 2 | Related OET KnowledgeDataBase Inquiry: Is there a KDB inquiry associated with this application? | No | ||||
1 2 | Modular Equipment Type | Does not apply | ||||
1 2 | Purpose / Application is for | Original Equipment | ||||
1 2 | Composite Equipment: Is the equipment in this application a composite device subject to an additional equipment authorization? | Yes | ||||
1 2 | Related Equipment: Is the equipment in this application part of a system that operates with, or is marketed with, another device that requires an equipment authorization? | No | ||||
1 2 | Grant Comments | Output Power listed is conducted. | ||||
1 2 | Is there an equipment authorization waiver associated with this application? | No | ||||
1 2 | If there is an equipment authorization waiver associated with this application, has the associated waiver been approved and all information uploaded? | No | ||||
app s | Test Firm Name and Contact Information | |||||
1 2 | Firm Name |
TUV Rheinland Taiwan Ltd.
|
||||
1 2 | Name |
A**** H****
|
||||
1 2 | Telephone Number |
88622********
|
||||
1 2 | Fax Number |
+886-********
|
||||
1 2 |
A******@tuv.com
|
|||||
Equipment Specifications | |||||||||||||||||||||||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Line | Rule Parts | Grant Notes | Lower Frequency | Upper Frequency | Power Output | Tolerance | Emission Designator | Microprocessor Number | |||||||||||||||||||||||||||||||||
1 | 1 | 15C | CC | 13.56000000 | 13.56000000 | ||||||||||||||||||||||||||||||||||||
Line | Rule Parts | Grant Notes | Lower Frequency | Upper Frequency | Power Output | Tolerance | Emission Designator | Microprocessor Number | |||||||||||||||||||||||||||||||||
2 | 1 | 15C | CC | 2412.00000000 | 2462.00000000 | 0.0737900 |
some individual PII (Personally Identifiable Information) available on the public forms may be redacted, original source may include additional details
This product uses the FCC Data API but is not endorsed or certified by the FCC