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User Manual | Users Manual | 802.45 KiB | June 16 2023 | |||
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Internal Photos | Internal Photos | 397.40 KiB | June 16 2023 | |||
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External Photos | External Photos | 300.30 KiB | June 16 2023 | |||
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Label Sample & Label Location | ID Label/Location Info | 235.76 KiB | June 16 2023 | |||
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Agent Authorization Letter | Cover Letter(s) | 528.35 KiB | June 16 2023 | |||
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Antenna Information | Test Report | 280.24 KiB | June 16 2023 | |||
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Attestation Statements Part 2.911(d)(7) | Attestation Statements | 148.48 KiB | June 16 2023 | |||
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Attstn Stmt Part 2.911(d)(5)(ii) | Attestation Statements | 98.46 KiB | June 16 2023 | |||
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Attstn Stmt part 2.911(d)(5)(i) | Attestation Statements | 100.56 KiB | June 16 2023 | |||
1 | Block Diagram | Block Diagram | June 16 2023 | confidential | ||||
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Confidentiality Request Letter | Cover Letter(s) | 513.27 KiB | June 16 2023 | |||
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Cover Letter | Cover Letter(s) | 103.72 KiB | June 16 2023 | |||
1 | Operational Description | Operational Description | June 16 2023 | confidential | ||||
1 | Parts List | Parts List/Tune Up Info | June 16 2023 | confidential | ||||
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RF Exposure | RF Exposure Info | 761.51 KiB | June 16 2023 | |||
1 | Schematics | Schematics | June 16 2023 | confidential | ||||
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Test Report | Test Report | 3.95 MiB | June 16 2023 | |||
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Test Setup Photos | Test Setup Photos | 1.48 MiB | June 16 2023 |
1 | User Manual | Users Manual | 802.45 KiB | June 16 2023 |
Installation procedure Notice dinstallation Manual de Instalacin Frequency Band ETSI 865 - 868 MHz FCC 902 - 928 MHz Peru 916 - 928 MHz New-Zealand 922 - 928 MHz SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin References Frequency Band References US FR ES SNA-R41-A-BT4-xx: TTL SNA-R42-A-BT4-5AB: RS232 SNA-R43-A-BT4-7AB: RS485 SNA-W43-A-BT4-7OS: OSDP v1 & v2 SNA-W42-A/BT4-5AX: SSCP v1 & v2- RS232 SNA-W43-A/BT4-7AX: SSCP v1 & v2- RS485 SNA-R51-A-BT4-xx: TTL SNA-R52-A-BT4-5AB: RS232 SNA-R53-A-BT4-7AB: RS485 SNA-W53-A-BT4-7OS: OSDP v1 & v2 SNA-W52-A/BT4-5AX: SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX: SSCP v1 & v2- RS485 SNA-R51-A-U04-xx1PE: TTL SNA-R52-A-U04-5AB1PE: RS232 SNA-R53-A-U04-7AB1PE: RS485 SNA-W53-A-U04-7OS1PE: OSDP v1 & v2 SNA-W52-A/BT4-5AX1PE: SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1PE: SSCP v1 & v2- RS485 SNA-R51-A-BT4-xx1NZ: TTL SNA-R52-A-BT4-5AB1NZ: RS232 SNA-R53-A-BT4-7AB1NZ: RS485 SNA-W53-A-BT4-7OS1NZ: OSDP v1 & v2 SNA-W52-A/BT4-5AX1NZ: SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1NZ: SSCP v1 & v2- RS485 Morocco 865.7 MHz SNA-R41-A-BT4-xx1M: TTL SNA-R42-A-BT4-5AB1M: RS232 SNA-R43-A-BT4-7AB1M: RS485 SNA-W43-A-BT4-7OS1M: OSDP v1 & v2 SNA-W42-A/BT4-5AX1M: SSCP v1 & v2- RS232 SNA-W43-A/BT4-7AX1M: SSCP v1 & v2- RS485 Philippines 918 - 920 MHz Australia 920 - 926 MHz SNA-R51-A-U04-xx1PH: TTL SNA-R52-A-U04-5AB1PH: RS232 SNA-R53-A-U04-7AB1PH: RS485 SNA-W53-A-U04-7OS1PH: OSDP v1 & v2 SNA-W52-A/BT4-5AX1PH: SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1PH: SSCP v1 & v2- RS485 SNA-R51-A-BT4-xx1AU: TTL SNA-R52-A-BT4-5AB1AU: RS232 SNA-R53-A-BT4-7AB1AU: RS485 SNA-W53-A-BT4-7OS1AU: OSDP v1 & v2 SNA-W52-A/BT4-5AX1AU: SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1AU: SSCP v1 & v2- RS485 Power Supply Characteristics Use an DC power supply ES1, PS1 (as per IEC EN 62368-1) for main supply. Main power supply: Typical: 12 Vdc Consumption:
Typical: 0.9A under +12 Vdc Max: 1.25A under +12 Vdc Range: +10 Vdc up to +36 Vdc (indoor use) Range: +10 Vdc up to +30 Vdc (outdoor use) Characteristics Communication:
Pin out:
Temperature:
Protection:
Chip:
I/O:
Buzzer:
Relay 1 LED:
Anti-intrusion:
RS485 (L+ & L-) / RS232 (TD & RD) / TTL (Wiegand / Clock & Data) Removable connectors 1x8 pins, thread 5.00mm/0.196 in
-22F to +140F IK10 certified Reader casing - IP65 EPC1 Gen2 (ISO 18000-63) - 1 to 62 bytes max 1 input / 1 output Can be activated / deactivated by software and Master jumper 2A; 24VDC 7 configurable colors (red, green, blue, orange, purple, turquoise, white) Electromechanical switch + Infrared proximity sensor RS485:
RS232:
Wiegand / Clock & Data: Use a multi-conductor shielded untwisted Use a multi-conductor shielded twisted pair cable. Max length 3 280 ft / 1000 m at 9600 baud. Max length 49.21 ft / 15 m. Recommended Cables 2 cable AWG24 30 m / 98.4 ft max 2 cable AWG20 50 m / 164. ft max 4 cables AWG24 60 m / 196.9 ft max 4 cables AWG20 100 m / 328.1 ft max 6 cables AWG24 100 m / 328.1 ft max Install the reader away from computer transmission cables or from power sources (ex: RJ45, sector). The disruptions that they can cause can vary according to their radiation power and their proximity. Recommendations Use a filtered and regulated power supply. Users must not remain within a range of less than, 34 cm / 13.39 in from an antenna for an extended period of time as per EN50364 applicable to this type of device. Before any service operation you must de-energize reader. Dimensions (mm/in) STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 1 sur 12 - Ed. 06/01/2022 SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin US FR ES On delivery, the metal mounting plate is mounted on the reader. Step 1: Open the reader by unscrewing the two screws and lifting the cover. Mounting The reader is equipped with a locking screw that secures the reader plate to the metal mounting plate. Step 2: Unscrew the locking screw with Torx T8 tool, without removing the screw from the plate so as not to lose the seal. Step 3: Remove the metal mounting plate by exerting pressure on the metal plate while sliding it. Leave the four mounting screws in place. To fix the reader to a wall with the metal mounting plate please follow the Steps 1 to 3 to remove the metal mounting plate from the reader. Then follow the next steps:
Wall Mounting Step 1: Place and mount the metal mounting plate onto the wall. Use the mounting plate as a drilling template.
: this part serves as a marker for drilling the passage of the cables in the cable gland. It can be removed by bending or tur ning it on itself or by cutting it at the base. STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 2 sur 12 - Ed. 06/01/2022 SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin US FR ES Step 2: Pass the wires through the reader cable gland. Adjust the emergent cable length to allow normal closing of the reader. Step 3: Put the reader back on the mounting plate by sliding it down on the 4 mounting screws. Step 4: Tighten the locking screw (with its gasket) with provided Torx T8 tool. If you want to mount the reader with KFX-UHF, please follow the Steps 1 to 3 to remove the metal mounting plate from the reader. Then follow the next steps:
Mounting with KFX-UHF Fix the standard 75x75 mm VESA type mounting bracket on the reader using the M4x12 stainless steel screws provided in the mounting kit. Adjustable pole-mounted kit (KFX-UHF-09) Adjustable wall-mounted kit (KFX-UHF-08) TTL / RS232 / RS485 Connection J2 0 J1 J10 J6 J4 SW1 J5 J11 J1 Use this connector for earth connection purpose J4 J5 J6 J11 J10 SW1 End of line resistor RS485 Use this (on RS485 connection) when the distance of the data cable is near or over 100 m / 328.08 ft and the signal is weakened (polluted signals, frame errors etc.). TTL output level: +5V or VIN Micro USB connector for configuration purposes only Buzzer Pull Up output: +5V or VIN Anti-intrusion switch J2 1 2 3 4 5 6 7 8 Wiegand D0 D1 IN OUT COM NO Type Clock
& Data GND
+Vcc DATA CLOCK IN OUT COM NO RS485 / RS232 L+ / TX L- / RX IN OUT COM NO STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 3 sur 12 - Ed. 06/01/2022 SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin US FR ES The reading mode (UHF or/and Bluetooth), the communication protocol are configurable with the ULTRYS software or when the reader is ordered. TTL protocols (Wiegand & ISO2):
Configuration SNA Read only & OSDP
- ISO2 (Clock & Data) - Decimal (7 bytes max)
- Wiegand 26-bit.
- Wiegand with LRC - Hexadecimal (16 bytes max) + LRC
- Wiegand without LRC - Hexadecimal (16 bytes max). Serial protocols (RS232 & RS485): The structure of the frame can be configured with the following optional parameters (in grey):
1 byte STX 0x02 1 byte Lane number 0x01 1 byte ID-Tag X bytes 1 byte 1 byte 1 byte 1 byte Tag Data*
LRC CR LF ETX 0x0y nn..nn 0x0D 0x0A 0x03
- STX+ETX: add 0x02 (STX) and 0x03 (ETX) at the start /end of frame - CR/LF: Carriage Return (0x0D + 0x0A) configurable separately
- LRC: Checksum (XOR of all previously bytes except STX) - Data sent in: decimal or hexadecimal
- ASCII: if this option is activated, the data will be sent in ASCII mode (data size will be doubled)
- Non-significant zero: complete the tag data with not significant 0 to obtain the defined data size
- Lane no. fixed to 01 (SNA has only 1 lane) OSDP protocol (RS485: 7OS): refer to Spec_Protocole_7OS_OSDP_UHF-US.pdf. When the reader is switched on, the white LED lights up. Reader initializing. After initializing, the reader will look for a SCB/OCB UHF configuration card for about 15 s, Blue LED lights up. Start Sequence SNA Read only & OSDP If a configuration card is detected: the LED displays orange while reading data, then LED and buzzer gives the followings indications:
3 GREEN flashes (500ms ON; 500ms OFF) + buzzer at the same time: SCB/OCB UHF is taken into account. 3 RED flashes (500ms ON; 500ms OFF) + buzzer at the same time: the regulation (region) of the SCB/OCB UHF does not match to the regulation of the reader. 3 PURPLE flashes (500ms ON; 500ms OFF) + buzzer at the same time: the protection code of the SCB/OCB UHF does not match to the reader protection code. 5 RED flashes (500ms ON; 500ms OFF) + buzzer at the same time: the SCB/OCB UHF is not for SNA reader. no LED/Buzzer: the SCB/OCB UHF version does not match with reader version and the configuration card is not taken into account. The end of the start sequence is indicated by the flashing of the reader LED white 3 times and buzzer sounds 3 times at the same time as the LED Start Sequence SNA Read & Write When the reader is switched on, the white LED & buzzer lights up. Reader initializing (a few seconds) then everything goes out. The reader then waits for commands. Coming from the factory, the SPECTRE nano is compatible with SSCP v1 and v2 communication protocols. You must use the Authenticate command to define the desired communication protocol. All commands are available in the SSCP protocol specification: Spec_Protocole_SSCP_UHF_ACCESS_V1.2_FR.pdf. STid declares that the SNA-R4x-A & SNA-R5x-A reader is compliant to the fundamental requirements of Directive RED 2014/53/EU and Directive RoHs 2011/65/EU and Commission Delegated Directive 2015/863/EU. A copy of our declaration is available upon request send to qualite@stid.com. Declaration of Compliance This device complies with Part 15 of the FCC rules and with Innovation, Science and Economic Development Canadas license -exempt RSS(s). Operation is subject to the following two conditions:
1) This device must not cause harmful interference. 2) This device must accept any interference received, including interference that may cause undesired operation. Note: The manufacturer is not responsible for any radio or TV interference caused by unauthorized modifications to this equipment. Such modifications could void the users authority to operate the equipment. 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 emit 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 telev ision 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 followin g measures:
- Reorient or relocate the receiving antenna.
- Increase the distance between the equipment and receiver.
- Connect the equipment to an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/TV technician for assistance. This equipment complies with FCCs and ISEDC's radiation exposure limits (using RSS-102 rules) set forth for an uncontrolled environment under the following conditions:
This equipment should be installed and operated such that a minimum separation distance of 34 cm / 13.39 in is maintained between the radiator
(antenna) and the users/nearby persons body at all times. The transmitter must not be co-located or operated in conjunction with any other antenna or transmitter.
STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 4 sur 12 - Ed. 06/01/2022 Bande de frquence ETSI 865 - 868 MHz FCC 902 - 928 MHz Prou 916 - 928 MHz Nouvelle-Zlande 922 - 928 MHz SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin Rfrences Bande de frquence Rfrences US FR ES SNA-R41-A-BT4-xx : TTL SNA-R42-A-BT4-5AB : RS232 SNA-R43-A-BT4-7AB : RS485 SNA-W43-A-BT4-7OS : OSDP v1 & v2 SNA-W42-A/BT4-5AX : SSCP v1 & v2- RS232 SNA-W43-A/BT4-7AX : SSCP v1 & v2- RS485 SNA-R51-A-BT4-xx : TTL SNA-R52-A-BT4-5AB : RS232 SNA-R53-A-BT4-7AB : RS485 SNA-W53-A-BT4-7OS : OSDP v1 & v2 SNA-W52-A/BT4-5AX : SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX : SSCP v1 & v2- RS485 SNA-R51-A-U04-xx1PE : TTL SNA-R52-A-U04-5AB1PE : RS232 SNA-R53-A-U04-7AB1PE : RS485 SNA-W53-A-U04-7OS1PE : OSDP v1 & v2 SNA-W52-A/BT4-5AX1PE : SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1PE : SSCP v1 & v2- RS485 SNA-R51-A-BT4-xx1NZ : TTL SNA-R52-A-BT4-5AB1NZ : RS232 SNA-R53-A-BT4-7AB1NZ : RS485 SNA-W53-A-BT4-7OS1NZ : OSDP v1 & v2 SNA-W52-A/BT4-5AX1NZ : SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1NZ : SSCP v1 & v2- RS485 Maroc 865.7 MHz Philippines 918 - 920 MHz Australie 920 - 926 MHz Caractristiques de lalimentation SNA-R41-A-BT4-xx1M : TTL SNA-R42-A-BT4-5AB1M : RS232 SNA-R43-A-BT4-7AB1M : RS485 SNA-W43-A-BT4-7OS1M : OSDP v1 & v2 SNA-W42-A/BT4-5AX1M : SSCP v1 & v2- RS232 SNA-W43-A/BT4-7AX1M : SSCP v1 & v2- RS485 SNA-R51-A-U04-xx1PH : TTL SNA-R52-A-U04-5AB1PH : RS232 SNA-R53-A-U04-7AB1PH : RS485 SNA-W53-A-U04-7OS1PH : OSDP v1 & v2 SNA-W52-A/BT4-5AX1PH : SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1PH : SSCP v1 & v2- RS485 SNA-R51-A-BT4-xx1AU : TTL SNA-R52-A-BT4-5AB1AU : RS232 SNA-R53-A-BT4-7AB1AU : RS485 SNA-W53-A-BT4-7OS1AU : OSDP v1 & v2 SNA-W52-A/BT4-5AX1AU : SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1AU : SSCP v1 & v2- RS485 Utiliser une alimentation DC ES1, PS1 (selon IEC EN 62368-1) pour lalimentation principale. Alimentation principale : Typique : +12 Vdc Consommation :
Typique : 0,9A sous +12 Vdc Max : 1,25A sous +12 Vdc Gamme +10 Vdc +36 Vdc (utilisation en intrieur) Gamme +10 Vdc +30 Vdc (utilisation en extrieur) Caractristiques RS485 (L+ & L-) / RS232 (TD & RD) / TTL (Wiegand / Clock & Data) Borniers dbrochables 1x8 points, Pas de 5 mm Communication :
Raccordement :
T de fonctionnement : -30 C / +60C Indice de protection : Boitier lecteur certifi IK10 - IP65 Puce lue :
I/O :
Buzzer :
Relais :
1 LED :
Anti-intrusion :
EPC1 Gen2 (ISO 18000-63) - 1 62 octets max 1 entre et 1 sortie Activable / dsactivable par logiciel et cavalier matre 2A ; 24VDC 7 couleurs configurables (rouge, vert, bleu, orange, violet, turquoise, blanc) Switch lectro-mcanique + Capteur de proximit infrarouge RS485 : Utiliser du cble multiconducteur torsad blind par tresse, relie la masse du concentrateur. Dport max : 1000 m. 9600 bauds RS232 : Dport max 15 m. Wiegand / Clock & Data : Utiliser du cble multiconducteur blind non torsad 2 fils 6/10 - 30 m max 2 fils 9/10 - 50 m max 4 fils 6/10 - 60 m max 4 fils 9/10 - 100 m max 6 fils 6/10 - 100 m max Type de cble prconis Installer le module distance des cbles de transmission informatique ou dorigine de puissance (ex : RJ45, secteur...). Les perturbations quils peuvent engendrer varient en fonction de leur puissance de rayonnement et de leur proximit. Utiliser une alimentation filtre et rgule. Un utilisateur ne doit pas se trouver de manire prolonge, une distance infrieure 34 cm dune antenne conformment aux prconisations de la Recommendations norme EN50364 applicable ce type dappareil. Avant toute opration de service, vous devez mettre le lecteur hors tension. Dimensions (mm/in) STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 5 sur 12 - Ed. 06/01/2022 SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin US FR ES A la livraison, la plaque de montage mtallique est monte sur le lecteur. tape 1 : Ouvrir le lecteur en dvissant les deux vis et en soulevant le couvercle. Mounting Le lecteur est quip d'une vis de verrouillage qui empche denlever le lecteur de la plaque de montage mtallique. tape 2 : Dvisser la vis de verrouillage avec l'outil Torx T8, sans retirer la vis de la plaque afin de ne pas perdre le joint dtanchit. tape 3 : Retirer la plaque de montage mtallique en exerant une pression sur la plaque mtallique tout en la faisant glisser. Laissez les quatre vis de montage en place. Si vous souhaitez fixer le lecteur au mur ou sur un botier dencastrement lectrique avec la plaque de montage mtallique, suivre les tapes 1 3 permettant de retirer la plaque de montage mtallique du lecteur. Puis, suivre les tapes suivantes :
Montage mural tape 1 : Fixer la plaque de montage mtallique au mur. La plaque de montage mtallique peut tre utilise comme gabarit de perage.
: cette partie sert de repre pour le perage du passage des cbles dans le presse-toupe. Il peut tre retir en le pliant ou en le retournant sur lui-
mme ou en le coupant la base. STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 6 sur 12 - Ed. 06/01/2022 SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin US FR ES tape 2 : Passer les fils dans le presse-toupe du lecteur. Ajuster la longueur du cble mergent pour permettre une fermeture normale du lecteur. tape 3 : Fixer le lecteur sur la plaque mtallique de fixation laide les 4 vis de fixation en exerant une pression sur le lecteur tout en le faisant coulisser. tape 4 : Serrez la vis de blocage (avec son joint) avec l'outil Torx T8 fourni. Si vous souhaitez fixer le lecteur laide dun KFX, suivre les tapes 1 3 permettant de retirer la plaque de montage mtallique du lecteur. Puis, suivre les tapes suivantes :
Montage avec KFX-UHF Fixer le support de fixation de type VESA standard 75x75 mm sur le lecteur laide des vis M4x12 Inox fournies dans le kit de fixation. Fixation mt orientable (KFX-UHF-09) Fixation murale orientable (KFX-UHF-08) Connexion TTL / RS232 / RS485 J2 0 J1 J10 J6 J4 SW1 J5 J11 J1 Utiliser ce connecteur pour la connexion la terre Rsistance de fin de lignes RS485 A utiliser, lors dune communication RS485, lorsque la distance de cble de donnes approche ou est suprieure 100 m et que la communication se dgrade (signaux non francs, erreurs de trames etc.) Niveau sortie TTL : +5V ou Vin Connecteur micro USB pour configuration uniquement Buzzer Pull Up output: +5V ou VIN Switch Anti-intrusion J4 J5 J6 J11 J10 SW1 J2 1 2 3 4 5 6 7 8 Wiegand D0 D1 IN OUT COM NO Type Clock
& Data GND
+Vcc DATA CLOCK IN OUT COM NO RS485 / RS232 L+ / TX L- / RX IN OUT COM NO STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 7 sur 12 - Ed. 06/01/2022 SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin US FR ES Le mode de lecture (UHF ou/et Bluetooth), le protocole de communication sont paramtrables avec le logiciel ULTRYS ou lors de la commande du lecteur. Protocoles TTL (Wiegand & ISO2) :
Configuration SNA lecture seule & OSDP
- ISO2 (Clock & Data) - Dcimal (7 octets max)
- Wiegand 26-bit.
- Wiegand avec LRC - Hexadcimal (16 octets tes max) + LRC
- Wiegand sans LRC - Hexadecimal (16 octets max). Protocoles srie (RS232 & RS485): Il est possible de configurer la structure de la trame avec les paramtres optionnels suivants (griss) :
1 octet 1 octet STX Numro de voie 1 octet ID-Tag X octets 1 octet 1 octet 1 octet 1 octet Tag Data*
LRC CR LF ETX 0x02 0x01 0x0y nn..nn 0x0D 0x0A 0x03
- STX+ETX : ajout dun 0x02 (STX) et 0x03 (ETX) en dbut et fin de trame - CR/LF : retour chariot (0x0D + 0x0A) configurable sparment
- LRC : octet de contrle (XOR de tous les octets prcdents hormis STX) - Donnes transmises en dcimal ou hexadcimal
- ASCII : si cette option est active, les donnes incluses dans la trame seront au format ASCII (la taille des donnes du tag lu sera alors double).
- Zros non-significatifs : complte les donnes du tag avec des 0 non significatifs pour obtenir la taille de donnes dfinie.
- Numro de voie fix 01 car le SNA na quune voie. Protocole OSDP (RS485: 7OS): se reporter la Spec_Protocole_7OS_OSDP_UHF-US.pdf. A la mise sous tension du lecteur, la LED blanche s'allume. Initialisation du lecteur. Aprs initialisation, le lecteur recherche un tag de configuration SCB/OCB UHF pendant environ 15 s, la LED bleue s'allume. Squence de dmarrage lecture seule & OSDP Si un tag de configuration est dtect : la LED s'allume en orange pendant la lecture des donnes, puis la LED et le buzzer donnent les indications suivantes :
3 clignotements de couleur VERT + buzzer en mme temps : le SCB/OCB UHF est pris en compte. 3 clignotements de couleur ROUGE + buzzer en mme temps : la rgulation (rgion) du tag de configuration ne correspond pas la rgulation du lecteur. 3 clignotements de couleur VIOLET + buzzer en mme temps : le code de protection du SCB/OCB UHF ne correspond pas celui du lecteur. 5 clignotements de couleur ROUGE + buzzer en mme temps : le SCB/OCB UHF nest pas un tag de configuration pour le lecteur SNA. Pas de LED/Buzzer : la version du SCB/OCB UHF ne correspond pas la version lecteur et le tag de configuration n'est pas pris en compte. La fin de la squence de dmarrage est signale par le clignotement de la LED blanche du lecteur 3 fois et le buzzer retentit 3 fois en mme temps que la LED.
* 1 clignotement = 500ms ON; 500ms OFF Squence de dmarrage SNA lecture & criture Lorsque le lecteur est mis sous tension, la LED blanche & le buzzer s'allument. Initialisation du lecteur (quelques secondes) puis tout s'teint. Le lecteur attend alors les commandes. En sortie dusine le SPECTRE nano est compatible avec les protocoles de communication SSCP v1 et v2. Vous devez utiliser la commande Authenticate pour dfinir le protocole de communication souhait. Toutes les commandes sont disponibles dans la spcification du protocole SSCP : Spec_Protocole_SSCP_UHF_ACCESS_V1.2_FR.pdf. STid dclare que les lecteurs SNA-R4x-A & SNA-R5x-A sont conforme aux exigences essentielles de la Directive RED 2014/53/UE et RoHs 2011/65/UE et Directive dlgue 2015/863/UE. Une copie de notre dclaration est disponible sur demande adresse qualite@stid.com. Dclaration de conformit Cet appareil est conforme la Part-15 de la FCC et aux CNR dInnovation, Sciences et Dveloppement conomique Canada applicables aux appareils radio exempts de licence. Son fonctionnement est soumis aux deux conditions suivantes :
1) Cet appareil ne doit pas causer dinterfrence nuisible. 2) Cet appareil doit accepter toute interfrence reue, y compris les interfrences pouvant provoquer un fonctionnement indsirable. Note : Le fabricant nest pas responsable des interfrences radio ou TV causes par des modifications non autorises de lquipement. De telles modifications pourraient annuler le droit lutilisateur dutiliser lquipement. Cet quipement a t test et dclar conforme aux limites imposes aux priphriques numriques de classe B stipules au chapitre 15 du rglement FCC. Ces limites sont conues pour fournir une protection raisonnable contre les interfrences nuisibles lorsque lquipement est utilis dans un environnement rsidentiel. Cet quipement gnre, utilise et peut mettre des frquences radio et, sil nest pas install et utilis conformment aux instructions, peut crer des interfrences nuisibles perturbant les communications radio. Toutefois, rien ne permet de garantir labsence totale dinterfrence dans une installation donne. Si lquipement perturbe la rception de radios ou de tlvisions, ce qui peut tre vrifi en teignant et en rallumant lquipement, lutilisateur est invit tenter de faire disparatre ces interfrences en recourant lune des mesures suivantes :
rorienter ou dplacer lantenne de rception ;
augmenter lcart entre lquipement et le rcepteur ;
brancher lquipement sur une prise situe sur un circuit autre que celui auquel est raccord le rcepteur ;
Consulter le revendeur ou un technicien expriment pour obtenir de laide. Cet quipement est conforme aux limites dexposition aux rayonnements de la FCC et ISEDC's (selon les rgles RSS-102) tablies pour un environnement non contrl dans les conditions suivantes :
Il doit tre install et utilis avec un minimum de 34 cm de distance entre la source de rayonnement et votre corps. Le transmetteur ne doit pas tre plac ct ou ne doit pas fonctionner avec une autre antenne ou un autre transmetteur. Adhrent DEEE Pro En rponse la rglementation, STid finance la filire de recyclage de Rcylum ddie aux DEEE Pro qui reprend gratuitement les matriels lectriques dclairage, les quipements de contrle et de surveillance, et les dispositifs mdicaux usags. Plus dinformations sur www.recylum.com STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 8 sur 12 - Ed. 06/01/2022 Banda de frecuencia ETSI 865 - 868 MHz FCC 902 - 928 MHz Per 916 - 928 MHz Nueva Zelanda 922 - 928 MHz SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin Referencias Banda de frecuencia Referencias US FR ES SNA-R41-A-BT4-xx: TTL SNA-R42-A-BT4-5AB: RS232 SNA-R43-A-BT4-7AB: RS485 SNA-W43-A-BT4-7OS: OSDP v1 & v2 SNA-W42-A/BT4-5AX: SSCP v1 & v2- RS232 SNA-W43-A/BT4-7AX: SSCP v1 & v2- RS485 SNA-R51-A-BT4-xx: TTL SNA-R52-A-BT4-5AB: RS232 SNA-R53-A-BT4-7AB: RS485 SNA-W53-A-BT4-7OS: OSDP v1 & v2 SNA-W52-A/BT4-5AX: SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX: SSCP v1 & v2- RS485 SNA-R51-A-U04-xx1PE: TTL SNA-R52-A-U04-5AB1PE: RS232 SNA-R53-A-U04-7AB1PE: RS485 SNA-W53-A-U04-7OS1PE: OSDP v1 & v2 SNA-W52-A/BT4-5AX1PE: SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1PE: SSCP v1 & v2- RS485 SNA-R51-A-BT4-xx1NZ: TTL SNA-R52-A-BT4-5AB1NZ: RS232 SNA-R53-A-BT4-7AB1NZ: RS485 SNA-W53-A-BT4-7OS1NZ: OSDP v1 & v2 SNA-W52-A/BT4-5AX1NZ: SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1NZ: SSCP v1 & v2- RS485 Marruecos 865.7 MHz SNA-R41-A-BT4-xx1M: TTL SNA-R42-A-BT4-5AB1M: RS232 SNA-R43-A-BT4-7AB1M: RS485 SNA-W43-A-BT4-7OS1M: OSDP v1 & v2 SNA-W42-A/BT4-5AX1M: SSCP v1 & v2- RS232 SNA-W43-A/BT4-7AX1M: SSCP v1 & v2- RS485 Filipinas 918 - 920 MHz Australia 920 - 926 MHz SNA-R51-A-U04-xx1PH: TTL SNA-R52-A-U04-5AB1PH: RS232 SNA-R53-A-U04-7AB1PH: RS485 SNA-W53-A-U04-7OS1PH: OSDP v1 & v2 SNA-W52-A/BT4-5AX1PH: SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1PH: SSCP v1 & v2- RS485 SNA-R51-A-BT4-xx1AU: TTL SNA-R52-A-BT4-5AB1AU: RS232 SNA-R53-A-BT4-7AB1AU: RS485 SNA-W53-A-BT4-7OS1AU: OSDP v1 & v2 SNA-W52-A/BT4-5AX1AU: SSCP v1 & v2- RS232 SNA-W53-A/BT4-7AX1AU: SSCP v1 & v2- RS485 Caractersticas de alimentacin Utilizar una alimentacin ES1, PS1 (segn IEC EN 62368-1) para el suministro principal. Main power supply: Tpico: 12 Vdc Consumo:
Tpico: 0.9A con +12 Vdc Rango: +10 Vdc a +36 Vdc (uso en interiores) Rango: +10 Vdc a +30 Vdc (uso en exterior) Max: 1.25A con +12 Vdc Caractersticas RS485 (L+ & L-) / RS232 (TD & RD) / TTL (Wiegand / Clock & Data) Regleta de terminales extrables con tornillos 1x8 puntos, Paso de 5.00mm/0.196 in Comunicacin:
Conexin:
T de funcionamiento: De -22F a +140F / de -30C a +60C Proteccin:
Chip ledo:
I/O:
Timbre:
Rel 1 LED:
Anti-intrusin:
Carcasa del lector con certificacin IK10 - IP65 EPC1 Gen2 (ISO 18000-63) - 1 a 62 octetos mx 1 entrada / 1 salida Puede ser activado / desactivado por software y jumper maestro 2A; 24VDC 7 colores configurables (rojo, verde, azul, naranja, lila, turquesa, blanco) Interruptor electromecnico + sensor de proximidad por infrarrojos RS485: Utilizar cable multiconductor blindado por trenza, conectado a la masa del concentrador. Desvo mx: 3 280 ft / 1000 m. a 9600. baudios RS232: Desvo mx: 49.21 ft / 15 m. Wiegand / Clock & Data: Utilizar cable multiconductor blindado 2 cable 6/10 - 30 m / 98.43 ft mx. 2 cable 9/10 - 50 m / 164.04 ft mx. 4 cables 6/10 - 60 m / 196.85 ft mx. 4 cables 9/10 - 100 m / 328.08 ft mx. 6 cables 6/10 - 100 m / 328.08 ft mx. Tipo de cable recomendado Instalar el mdulo a distancia de los cables de transmisin informtica o de origen de potencia (Ej.: RJ45, sector...). Las perturbaciones que pueden generar dependen de su potencia de radiacin y de su proximidad. Usar una alimentacin filtrada y regulada. Un usuario no debe encontrarse de forma prolongada, a una distancia inferior a 34 cm / 13.39 in de una antena, de acuerdo con las recomendaciones de Recomendaciones la norma EN50364 aplicable a este tipo de aparatos. Antes de cualquier operacin de mantenimiento, debe desconectar el lector. Dimensiones (mm/in) STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 9 sur 12 - Ed. 06/01/2022 SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin US FR ES En el momento de la entrega, la placa de montaje de metal se monta en el lector. Etapa 1: Abra el lector desenroscando los dos tornillos y levantando la tapa. Fijacin El lector est equipado con un tornillo de bloqueo que evita que el lector se retire de la placa de montaje de metal. Etapa 2: Desatornille el tornillo de bloqueo con la herramienta Torx T8, sin quitar el tornillo de la placa para no perder el sello. Etapa 3: Retire la placa de montaje de metal ejerciendo presin sobre la placa de metal mientras la desliza. Deje los cuatro tornillos de montaje en su lugar. Si desea montar el lector en la pared o en una caja posterior elctrica con la placa de montaje de metal, siga las etapas 1 a 3 para quitar la placa de montaje de metal del lector. Luego siga los siguientes pasos:
Mural de montaje Etapa 1: Fije la placa de montaje de metal a la pared. La placa de montaje de metal se puede utilizar como plantilla de perforacin.
: Esta parte sirve como marcador para perforar el paso de los cables en el prensaestopas. Se puede quitar doblndolo o girndolo sobre s mismo o cortndolo por la base. STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 10 sur 12 - Ed. 06/01/2022 SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin US FR ES Etapa 2: Pase los cables por el prensaestopas del lector. Ajuste la longitud del cable emergente para permitir el cierre normal del le ctor. Etapa 3: Fije el lector en la placa de fijacin metlica con los 4 tornillos de fijacin ejerciendo presin sobre el lector mientras lo desliza. Etapa 4: Apriete el tornillo de bloqueo (con su junta) con la herramienta Torx T8 proporcionada. Si desea montar el lector usando un KFX, siga los pasos 1 a 3 para quitar la placa de montaje de metal del lector. Luego siga los siguientes pasos:
Montaje con KFX-UHF Fije el soporte de montaje estndar de 75x75 mm tipo VESA en el lector con los tornillos de acero inoxidable M4x12 incluidos en el kit de fijacin. Fijacin mstil orientable (KFX-UHF-09) Fijacin mural orientable (KFX-UHF-08) TTL / RS232 / RS485 conexin J2 0 J1 J10 J6 J4 SW1 J5 J11 J1 J4 J5 J6 J11 J10 SW1 Utilizar para conexin a la tierra Resistencia de fin de lneas RS485 Utilizar en una comunicacin RS485, cuando la distancia del cable de datos se acerca o es superior a 100 m / 328.08 ft y que la comunicacin se deteriora (seales no claras, errores de tramas, etc.) Nivel de salida TTL: +5V o VIN Conector micro USB solo para configuracin Timbre Salida Pull Up: + 5V o VIN Interruptor anti-intrusin J2 1 2 3 4 5 6 7 8 Wiegand D0 D1 IN OUT COM NO Type Clock
& Data GND
+Vcc DATA CLOCK IN OUT COM NO RS485 / RS232 L+ / TX L- / RX IN OUT COM NO STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 11 sur 12 - Ed. 06/01/2022 SPECTRE nano UHF & Bluetooth reader Installation procedure SPECTRE nano Lecteur UHF & Bluetooth Notice dinstallation SPECTRE nano Lector UHF y Bluetooth Manual de instalacin US FR ES El modo de lectura (UHF o / y Bluetooth), el protocolo de comunicacin son configurables con el software Ultrys o cuando se solicita el lector. Protocolos TTL (Wiegand & ISO2):
Configuracin SNA solo lectura & OSDP
- ISO2 (Clock & Data) - Decimal (7 octetos mx)
- Wiegand 26-bit.
- Wiegand con LRC - Hexadecimal (16 octetos mx) + LRC
- Wiegand sin LRC - Hexadecimal (octetos mx). Protocolos serie (RS232 & RS485): Se puede configurar la estructura de la trama con los siguientes parmetros opcionales (en gris):
1 octeto 1 octeto STX Nmero de carril 1 octeto ID-Tag X octetos 1 octeto 1 octeto 1 octeto 1 octeto Tag Data*
LRC CR LF ETX 0x02 0x01 0x0y nn..nn 0x0D 0x0A 0x03
- STX+ETX: agregacin de un 0x02 (STX) y 0x03 (ETX) al comienzo y final de la trama - CR/LF: regreso carro (0x0D + 0x0A) configurable por separado
- LRC: octeto de control (XOR de todos los octetos anteriores salvo STX) - Datos transmitidos en decimal o hexadecimal.
- ASCII: si esta opcin est activada, los datos incluidos en la trama estarn en formato ASCII (el tamao de los datos del tag ledo estar entonces duplicado).
- Ceros no significativos: completa los datos del tag con 0 no significativos, para obtener el tamao de datos definido.
- Nmero de canal fijo en 01 porque el SNA solo tiene un canal. OSDP Protocolo (RS485: 7OS): consulte Spec_Protocole_7OS_OSDP_UHF-US.pdf. Al conectar a la alimentacin, el LED blanco se enciende. Inicializacin del lector. Despus de la inicializacin, el lector busca un tag de configuracin SCB / OCB UHF durante aproximadamente 15 s, el LED azul se enciende. Secuencia de arranque SNA solo lectura & OSDP Si deteccin de un tag de configuracin: el LED se muestra en naranja mientras lee los datos, luego el LED y el timbre dan las siguientes indicaciones:
3 parpadeos de color VERDE + timbre al mismo tiempo: el SCB/OCB UHF es tomado en cuenta. 3 parpadeos de color ROJO + timbre al mismo tiempo: la regulacin (regin) del SCB/OCB UHF no corresponde a la regulacin del lector. 3 parpadeos de color LILA + timbre al mismo tiempo: el cdigo de proteccin del SCB/OCB UHF no corresponde a la del lector. 5 parpadeos de color ROJO + timbre al mismo tiempo: el SCB/OCB UHF no es para lector de SNA. sin LED/Timbre: la versin del SCB / OCB UHF no coincide con la versin del lector y la etiqueta de configuracin no se tiene en cuenta. El final de la secuencia de inicio se indica mediante el parpadeo del LED del lector en blanco 3 veces y el timbre suena 3 veces al mismo tiempo que el LED. 1 parpadeos = 500ms ON; 500ms OFF Secuencia de arranque SNA Read & Write Cuando el lector est encendido, el LED blanco y el timbre se encienden. Lector inicializndose (unos segundos) luego todo se apaga. Luego, el lector espera los comandos. Al salir de fbrica, el SPECTRE nano es compatible con los protocolos de comunicacin SSCP v1 y v2. Debe utilizar el comando Autenticar para configurar el protocolo de comunicacin deseado. Todos los comandos estn disponibles en la especificacin del protocolo SSCP: Spec_Protocole_SSCP_UHF_ACCESS_V1.2_FR.pdf. Declaracin de conformidad STid declara que los lectores SNA-R4x-A & SNA-R5x-A cumplen las exigencias esenciales de la Directiva RED 2014/53/UE y RoHs 2011/65/UE y la Directiva delegada 2015/863/UE. Una copia de nuestra declaracin est disponible enviando una solicitud a qualite@stid.com. Este aparato cumple la Parte-15 de la FCC y los CNR de Innovacin, Ciencias y Desarrollo Econmico de Canad, aplicables a los aparatos de radio exonerados de licencia. Su funcionamiento est sujeto a las dos condiciones siguientes:
1) Este aparato no debe provocar interferencias nocivas. 2) Este aparato debe aceptar cualquier interferencia recibida, incluido las interferencias que pueden provocar un funcionamiento no deseado. Nota: El fabricante no es responsable de las interferencias de radio o TV provocadas por modificaciones no autorizadas del equipo. Modificaciones de este tipo podran anular el derecho del usuario a usar el equipo. Este equipo ha sido probado y se ha declarado que cumple los lmites impuestos a los perifricos digitales de clase B estipulados en el captulo 15 del Reglamento FCC. Estos lmites han sido establecidos para proporcionar una proteccin razonable contra las interferencias nocivas, cuando el equipo se utiliza en un entorno residencial. Este equipo genera, utiliza y puede emitir frecuencias de radio y, si no se instala y utiliza de acuerdo con las instrucciones, puede crear interferencias nocivas que perturben las comunicaciones de radio. Sin embargo, nada puede garantizar la ausencia total de interferencias, en una instalacin determinada. Si el equipo altera la recepcin de radios o de televisiones, lo que se puede comprobar apagando y volviendo a encender el equipo, el usuario debe intentar hacer que desaparezcan estas interferencias recurriendo a una de las medidas siguientes:
reorientar o desplazar la antena de recepcin;
aumentar la distancia entre el equipo y el receptor;
conectar el equipo a un enchufe situado en un circuito diferente de aquel al que est conectado el receptor;
Consultar el revendedor o un tcnico experimentado para obtener ayuda. Este equipo cumple los lmites de exposicin a las radiaciones de la FCC e ISEDC (utilizando las reglas RSS-102) establecidos, para un entorno no controlado, en las siguientes condiciones:
Debe ser instalado y utilizado a una distancia mnima de 34 cm / 13.39 in, entre la fuente de radiacin y su cuerpo. El transmisor no debe estar colocado al lado, o no debe funcionar con otra antena u otro transmisor. STid - 20 PA des Pradeaux FR13850 Grasque - NI1149X01 - Page 12 sur 12 - Ed. 06/01/2022
1 | Agent Authorization Letter | Cover Letter(s) | 528.35 KiB | June 16 2023 |
DISTiG Attn: TIMCO Engineering Inc.
849 N.W. State Road 45 P.O. Box 370 Newberry, Florida 32669 Authority to Act as Agent On our behalf, | appoint M. Olivier HEYER from Emitech Montpellier 145 rue du Massacan 34741 VENDARGUES CEDEX FRANCE, to act as our agent in the preparation of this application for equipment certification. | certify that submitted documents properly describe the device or system for which equipment certification is sought. | also certify that each unit manufactured, imported or marketed, as defined in the Federal Communications Commissions regulations will have affixed to it a label identical to that submitted for approval with this application. For instances where our authorized agent signs the application for certification on our behalf, | acknowledge that all responsibility for complying with the terms and conditions for certification, as specified by TIMCO Engineering Inc., still resides with ST/D, 20 Parc des pradeaux 13850 GREASQUE, FRANCE This authorization is valid until further written notice from STID. The 30 of september , 2022 By Sylvain Poitrat , technical director HEADQUARTERS 20 Parc dactivits des Pradeaux 13850 Grasque, France Tl : +33 (0)4 42 12 60 60 info@stid.com so GREASQUE | PARIS | WARWICK | IRVING | MEXICO | DUBAI S.A.S. au capital de 1 588 800 - RCS Marseille 408 472 751 Siret 408 472 751 00044 NAF 7112B - N TVA FR96 408 472 751
1 | Attestation Statements Part 2.911(d)(7) | Attestation Statements | 148.48 KiB | June 16 2023 |
Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 USA Grasque (France), March 21st, 2023 Subject: Attestation Statements Part 2.911(d)(5)(ii) Filing Applicant: STID FCC ID: OVNSNA STid (the applicant) certifies that, as of the date of the filing of the application, STid North America is our designated U.S. agent for service of process for the above referenced FCC ID. STid accepts to maintain an agent for no less than one year after the grantee has terminated all marketing and importation or the conclusion of any Commission-related proceeding involving the equipment. STid North America accepts, as of the date of the filing of the application, the obligation of the designated U.S. agent for service of process for the above referenced FCC ID. Designated U.S. Agent Information:
Name:
FRN:
Address:
STid North America 0033555897 6012 Campus Circle Drive. W Suite 210 Irving, Texas 75063 United States Frederick R. TRUJILLO f.trujillo@stid.com Contact Person:
Email:
Sincerely, STid Sylvain POITRAT STid North America Frederick R. TRUJILLO HEADQUARTERS 20 Parc dactivits des Pradeaux 13850 Grasque, France Tl : +33 (0)4 42 12 60 60 info@stid.com G R A S Q U E | P A R I S | W A R W I C K | I R V I N G | M E X I C O | D U B A I S.A.S. au capital de 1 588 800 - RCS Marseille 408 472 751 Siret 408 472 751 00044 NAF 7112B - N TVA FR96 408 472 751
1 | Attstn Stmt Part 2.911(d)(5)(ii) | Attestation Statements | 98.46 KiB | June 16 2023 |
Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 USA Grasque (France), March 22nd, 2023 Subject: Attestation Statements Part 2.911(d)(5)(ii) Filing Applicant: STID FCC ID: OVNSNA STID (the applicant) certifies that, as of the date of the filing of the application, the applicant is not identified on the Covered List as an entity producing covered equipment. Sincerely, March 22nd, 2023 Sylvain POITRAT Technical Director STid HEADQUARTERS 20 Parc dactivits des Pradeaux 13850 Grasque, France Tl : +33 (0)4 42 12 60 60 info@stid.com G R A S Q U E | P A R I S | W A R W I C K | I R V I N G | M E X I C O | D U B A I S.A.S. au capital de 1 588 800 - RCS Marseille 408 472 751 Siret 408 472 751 00044 NAF 7112B - N TVA FR96 408 472 751
1 | Attstn Stmt part 2.911(d)(5)(i) | Attestation Statements | 100.56 KiB | June 16 2023 |
Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 USA Grasque (France), March 22nd, 2023 Subject: Attestation Statements Part 2.911(d)(5)(i) Filing Applicant: STID FCC ID: OVNSNA STID (the applicant) certifies that the equipment for which authorization is sought is not covered equipment prohibited from receiving an equipment authorization pursuant to section 2.903 of the FCC rules. Sincerely, March 22nd, 2023 Sylvain POITRAT Technical Director STid HEADQUARTERS 20 Parc dactivits des Pradeaux 13850 Grasque, France Tl : +33 (0)4 42 12 60 60 info@stid.com G R A S Q U E | P A R I S | W A R W I C K | I R V I N G | M E X I C O | D U B A I S.A.S. au capital de 1 588 800 - RCS Marseille 408 472 751 Siret 408 472 751 00044 NAF 7112B - N TVA FR96 408 472 751
1 | Confidentiality Request Letter | Cover Letter(s) | 513.27 KiB | June 16 2023 |
DISTid Identification Electronique Federal Communications Commission Authorization and Evaluation Division Grasque (France), September 30th 2022 Subject: Confidentiality Request regarding application for certification of FCC ID: OVNSNA Applicant: ST/ID Product: SNA Model: R5X To Whom It May Concern:
Pursuant to Sections 0.457 and 0.459 of the Commissions Rules, we hereby request confidential treatment of information accompanying this application as outlined below:
Exhibit Type File Name Block Diagram SNA-R5X BikDia.pdf Schematics SNA-R5X Schem.pdf Operational Description SNA-R5X Opdes.pdf Parts List SNA-R5X PartsLst.pdf The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. The applicant understands that pursuant to Section 0.457 of the Rules, disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. If you have any queries, please do not hesitate to contact us. Regards, September, 30th 2022 Sylvain Poitrat Technical Director STid
1 | Cover Letter | Cover Letter(s) | 103.72 KiB | June 16 2023 |
Grasque (France), April 25th,2023 Subject: RADIO Certification of SNA Applicant: STID Product (PMN): SNA-R52 Model (HVIN): SNA FCC ID: OVNSNA IC ID: 10520A-SNA To Whom It May Concern:
We would like to submit the above product for Certification concerning FCC rules for a new single certification. Please review all required documents enclosed. This application is RFID communication between reader (i.e., SNA) and passive tag by using an UHF Carrier (902MHz to 928MHz). The SNA can be used in two modes Read only or Read/Write and it can communicate by 3 different buses: TTL, RS232 and RS485. All in one hardware. The bus is configurable which makes it possible to change it during the life of the product. But the mode is fixed by the firmware. This is why we separate them into two families of references:
SNA-R5x: Read only:
SNA-R51=Read only communicate in TTL SNA-R52=Read only communicate in RS232 SNA-R53=Read only communicate in RS485 SNA-W5x: Read/Write:
SNA-W52=Read/Write communicate in RS232 SNA-W53=Read/Write communicate in RS485 SNA contains a Bluetooth Low energy module certified in single Modular Approval (FCC ID:
2AAQS-ISP130301 and IC: 11306A-ISP130301) Compliance for RF exposure requirement was demonstrated in this test report. If you have any queries, please do not hesitate to contact us. Regards, HEADQUARTERS 20 Parc dactivits des Pradeaux 13850 Grasque, France Tl : +33 (0)4 42 12 60 60 info@stid.com Sylvain POITRAT April 25th, 2023 G R A S Q U E | P A R I S | W A R W I C K | I R V I N G | M E X I C O | D U B A I S.A.S. au capital de 1 588 800 - RCS Marseille 408 472 751 Siret 408 472 751 00044 NAF 7112B - N TVA FR96 408 472 751
frequency | equipment class | purpose | ||
---|---|---|---|---|
1 | 2023-06-16 | 902.75 ~ 927.25 | DSS - Part 15 Spread Spectrum Transmitter | Original Equipment |
app s | Applicant Information | |||||
---|---|---|---|---|---|---|
1 | Effective |
2023-06-16
|
||||
1 | Applicant's complete, legal business name |
STid
|
||||
1 | FCC Registration Number (FRN) |
0021921689
|
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1 | Physical Address |
20 Parc d'activites des Pradeaux
|
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1 |
GREASQUE, N/A
|
|||||
1 |
France
|
|||||
app s | TCB Information | |||||
1 | TCB Application Email Address |
c******@timcoengr.com
|
||||
1 | TCB Scope |
A4: UNII devices & low power transmitters using spread spectrum techniques
|
||||
app s | FCC ID | |||||
1 | Grantee Code |
OVN
|
||||
1 | Equipment Product Code |
SNA
|
||||
app s | Person at the applicant's address to receive grant or for contact | |||||
1 | Name |
P**** S****
|
||||
1 | Title |
Technical Director
|
||||
1 | Telephone Number |
+33 4********
|
||||
1 | Fax Number |
+33 4********
|
||||
1 |
s******@stid.com
|
|||||
app s | Technical Contact | |||||
n/a | ||||||
app s | Non Technical Contact | |||||
n/a | ||||||
app s | Confidentiality (long or short term) | |||||
1 | 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 | 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 | Is this application for software defined/cognitive radio authorization? | No | ||||
1 | Equipment Class | DSS - Part 15 Spread Spectrum Transmitter | ||||
1 | Description of product as it is marketed: (NOTE: This text will appear below the equipment class on the grant) | RFID Reader | ||||
1 | Related OET KnowledgeDataBase Inquiry: Is there a KDB inquiry associated with this application? | No | ||||
1 | Modular Equipment Type | Does not apply | ||||
1 | Purpose / Application is for | Original Equipment | ||||
1 | Composite Equipment: Is the equipment in this application a composite device subject to an additional equipment authorization? | No | ||||
1 | 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? | Yes | ||||
1 | Grant Comments | Output Power listed is the maximum conducted output power. This device must be installed and operated so as to provide a separation distance of at least 20 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter product procedures, or as evaluated in this filing. | ||||
1 | Is there an equipment authorization waiver associated with this application? | No | ||||
1 | 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 | Firm Name |
EMITECH Montpellier
|
||||
1 | Name |
O******** H******
|
||||
1 | Telephone Number |
33-4-********
|
||||
1 | Fax Number |
33-4-********
|
||||
1 |
o******@emitech-group.com
|
|||||
Equipment Specifications | |||||||||||||||||||||||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Line | Rule Parts | Grant Notes | Lower Frequency | Upper Frequency | Power Output | Tolerance | Emission Designator | Microprocessor Number | |||||||||||||||||||||||||||||||||
1 | 1 | 15C | 902.75000000 | 927.25000000 | 0.5130000 |
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