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Engineering Manual for

 

 

 

 

AXS Series S40/S40i Keypad

 

 
 
 
 
S40/S40i Engineering Manual               

Page 2 of 8 

www.storm-interface.com

              

Rev 2.3 May  2016   

                                 © Copyright Storm Interface. 2015. All rights reserved

 

 

 

Product Range 

Two products are included in the range. The S40, which has a metal keypad, and the S40i, which has an illuminated 
white polymer keypad. Both products can be powered via the 5V or 12V supply pins. However, the illumination will 
only function when powered from 12V 

A privacy shield (p/n 1KFS020) is available as an optional extra.  

Supported Credentials 

The following credentials are supported (additional controller set-up may be required): 

iCLASS® Seos®

 

16KB 

ISO14443A

 

iCLASS SE®

 

SE (32K, 2K) 

ISO15693

 

 

ISO14443B    (requires config card) 

iCLASS® 

Legacy (16K, 32K. 2K/2 ) 

ISO15369 

iCLASS®

 

SR (32K, 2K/2) 

ISO15693

 

MIFARE®

 

 

Classic (4K, 1K )  

SE (32K, 4K, 2K) 

SR (32K/2) 

NXP Ultralight 

ISO14443A

 

DESFire®

   

EV1 (8K SE, 4K, 2K, 1K) 

ISO14443A

 

 

Installation  

Connection to the Controller is via a 12-way connector. The connector is removable to ease wiring. Recommended locations and 
wiring methods shall be in accordance  with the National Electrical Code, ANSI/NFPA 70. Use shielded cable. 

Connections 

are as follows: 

Pin A –   5V power input – 5V at 200mA 
Pin B –   Beeper input. Active low, pulled up internally. Beep sounds when this pin is set low 
Pin C –   Card data hold. Active low, pulled up internally. Set low to hold card data transmission 
Pin D –   Tamper output. Connects to 0V when the tamper switch is closed, and is open circuit on a tamper 
Pin E –   0V power and signal return 
Pin F –   0V power and signal return 
Pin G – RED LED input. Active low, pulled up internally. Low turns on the RED LED (default is on) 
Pin H –   GREEN LED input. Active low, pulled up internally. Low turns on the GREEN LED (takes precedence over RED) 
Pin I –   12V power input – 200mA for S40, 250mA for S40i 
Pin J –   Weigand D1 output. Open collector, pulled up internally 
Pin K –   Wiegand D0 output. Open collector, pulled up internally 

Pin L –   Tamper output. Open circuit when the tamper switch is closed. Connects to 0V on tamper 

 
Connect the Controller Wiegand inputs to the S40 Wiegand outputs, and the Controller Beep and LED control 
outputs to the relevant S40 Beep and LED control inputs 

Содержание AXS S40

Страница 1: ...evice This manual covers the S40 and S40i and is available from www storm interface com downloads Each individual product includes a printed datasheet with just the essential information for installation Contents Product Range and Accessories Options Supported Credentials Installation Wiring Connections Fitting the Keypad Wiegand Format Configuration Specifications Regulatory Whilst every effort i...

Страница 2: ...e to ease wiring Recommended locations and wiring methods shall be in accordance with the National Electrical Code ANSI NFPA 70 Use shielded cable Connections are as follows Pin A 5V power input 5V at 200mA Pin B Beeper input Active low pulled up internally Beep sounds when this pin is set low Pin C Card data hold Active low pulled up internally Set low to hold card data transmission Pin D Tamper ...

Страница 3: ...en the S40 and the Kantech KT 300 Controller The S40 is shown connected to control Door 2 Where there is an LED connection usually the GREEN LED connection is appropriate Wire name Wire colour KT 300 S40 Wiegand Data 0 Green READ2 Green Pin K Wiegand Data 1 White READ2 White Pin J 0V Black READER PWR GND Pin E or Pin F 12V Red READER PWR 12V Pin I Buzzer Blue OUT DOOR 2 BUZ Pin B LED Brown OUT DOO...

Страница 4: ...nterfaces with most existing Wiegand protocol access control panels The reader reads standard HID format data and will output data as encoded For MIFARE cards the default setting is that the card data will be output as 32 bit However it can be configured if required by the use of a separate CONFIG card supplied by Storm Interface on request to output 26 bit 32 bit 37 bit 56 bit or 64 bit Wiegand f...

Страница 5: ...unit is left unattended during programming then after 10 seconds it will timeout and drop back into Entry Mode For 32 bit Wiegand the site code must be less than or equal to 65535 For 26 bit communication the site code must be less than or equal to 00255 To Enter Programming Mode press 725 To change Wiegand format Press 1 To select 4 bit format Press 1 To select 26 bit format Press 3 To select 8 b...

Страница 6: ...pling Frequency 13 56 MHz Power supply 5V 10 or 12V 15 DC 200mA 250mA illuminated Illumination only active with a 12V power supply Tamper detection Normally open N O or normally closed N C tamper switch Status Indication RED GREEN or BEEP as driven by the attached Controller Tamper switch Max 30V DC 500mA Operational Temperature 35 C to 65 C Weather Resistance IP65 Vibration Shock ETSI 6M3 Impact ...

Страница 7: ... Rev 2 3 May 2016 Copyright Storm Interface 2015 All rights reserved Change History Engineering Manual Date Version Details 9 5 16 2 3 Added Change History page Addition wiegand formats added to flowchart page 5 Product Firmware Date Version Details 9 5 16 11 Added support for additional Weigand formats 4 32 8 32 ...

Страница 8: ...omply 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 Howe...

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