Inner Range SIFER Smart Card Reader. Installation Manual. Revision 4.0 April. 2020. Page 1 Inner Range SIFER Smart Card Reader P/N: 994720 (Std) / 994720MF (Multi-format) Parts List
- Installation manual. (This document)
- Reader body with integrated pigtail cable.
- Mounting plate and Countersunk screw. Features
- Suitable for narrow door frames or mullions.
- Optical tamper device.
- Configurable RGB LEDs and Beeper.
- Multi-format version reads CSN or UID data from other 13.56MHz formats. See Data Sheet.
- Connects to host Module via multi-drop RS485.
- Firmware updates over system wiring in Inner Range systems. Latest firmware recommended. Non-metallic mounting surface recommended. See Mounting Surface note on page 2. Optional Spacer for metallic surface P/N: 999033 ytilibitapmoC tcudorP noisreV eludoMrepsredaeRREFIS CAI/CSI MALI MALS erawtfoSitirgetnI rellortnoCnoitpecnI retalro0.4V retalro0.2V retalro0.2V retalro0.4V retalro0.1V
)YLNOCAI(61 61 4 a/n ro0.5.1Vebtsumeraw'fREFIS(8
)smetsySnoitpecnIniretal UL Requirements (North America) Refer to the Inner Range host LAN Module Installation manual for details of UL regulatory requirements. This manual is subject to change without notice. www.innerrange.com.au 2014 - 2020. Inner Range Pty. Ltd. Doc. Part No: 634720 FCC (North America) This device complies with Part 15 of the FCC Rules and Innovation, Science and Economic Development Canadas license-exempt RSS(s). Operation is subject to the following two conditions:
1. 2. This device may not cause interference; and This device must accept any interference, including interference that may cause undesired operation of the device. Class B product:
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 & on, the user is encourage 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 Warning: Any changes or modifications not expressively approved by Inner Range Pty Ltd could void the user's authority to operate this equipment ISED Canada Lmetteur/rcepteur exempt de licence contenu dans le prsent appareil est conforme aux CNR dInnovation, Sciences et Dveloppement conomique Canada applicables aux appareils radio exempts de licence. Lexploitation est autorise aux deux conditions suivantes :
1. 2. Lappareil ne doit pas produire de brouillage;
Lappareil doit accepter tout brouillage radiolectrique subi, mme si le brouillage est susceptible den compromettre le fonctionnement. CAN ICES-3 (B)/NMB-3(B) Specifications Environment:
Physical dimensions. Mounting plate. Power supply input:
Current consumption:
Operating Temp: -35C to +65C. Ingress Protection: IP67 Height: 94 mm Width: 40 mm Depth: 16 mm (26mm with Spacer) 91.5 mm (H) x 38 mm (W) 11-14V DC <500mV ripple. 75 - 100mA* typical. 150mA max.
*Depends on LED configuration. V+/0V must only be connected to a power-limited circuit. Maximum Cabling Distance using recommended cables. Power (V+/0V). @100mA* per Reader. To 1 Reader using 2-Pair 7/0.2 cable: 100m. To 1 Reader using 2-Pair 14/0.2 cable: 200m. To 2 Readers using 3-Pair (2 pairs for +V/0V) 100m. Data (Data A/Data B/0V). Access Module to furthest Reader:
Total data cabling on one RDR RS485 Port:
1000m. 1000m. For longer cable runs &/or multiple Readers on the same run. One of the following may be required:
- Heavier duty 2-pair cable.
- Additional pair or separate heavy duty fig. 8 for +V/0V.
- A separate battery-backed local power supply. See READER POWER below for more details. Extending Cable See Preliminary Installation Notes 3 & 4 on page 2. The pigtail cable can be extended with twisted-pair multistrand data cable. Pair 1 for Data A/B; Pair 2 for V+/0V. Shielded cable provides additional noise immunity. RS485/RS422 data cable, balanced data cable and multistrand UTP cable are recommended. Specific recommendations are provided below. READER POWER: Remember to allow for voltage drop on V+/
0V over longer distances and/or when Readers are wired in a daisy chain (multi-drop) configuration. Supply voltage drop on the cable is approx. 17mV per metre per Reader using 7/0.2
(24AWG) cable and assuming each Reader draws 100mA. OVERALL SHIELD (2 Pair) Tycab. DPF4702 or DCK4702 Electra. EAS7202P or EAS7302P Garland. MCP-2S General Cable. B2002CS Roadworx. RW600224 Alpha. 6413 Olex. JD2PS485A Belden. 9842 OVERALL SHIELD (3 Pair) Belden. 9843 General Cable. B2003CS Electra. EAS7203P Tycab. DQQ47025 Alpha. 2466C UTP INDIVIDUALLY SHIELDED PAIRS (2 Pair) Tycab. DPF6702 Garland. MCP-3S Electra. EAS7303P Garland. MCP-2IS Belden. 8723 Garland UTPL5EMTP (4 Pair stranded UTP patch cable) If you have a requirement to use other cable types (e.g. short runs of non-twisted cable), please contact Inner Range Technical Support for advice. Inner Range SIFER Smart Card Reader. Installation Manual. Revision 4.0 April. 2020. Page 2 Preliminary Installation Notes 1. MOUNTING SURFACE. SIFER Readers should be installed on non-metallic surfaces. Mounting on a metallic surface is not recommended and will impair performance. In circumstances where installation on a metallic surface is unavoidable, the SIFER Reader Spacer (P/N: 999033) or another non-metallic spacer/mounting block that provides 8mm or more of separation must be used. 2. IN/OUT READERS. If two SIFER Readers are installed back to back on either side of a Door, mount the Readers at different heights to minimize interference. 3. CABLING. SIFER Readers are wired in a star and/or daisy-
chain configuration from the RDR RS485 Port (or Inception READER Port), within the limits defined under Specifications on page 1. The pigtail cable can be extended using twisted pair cable. 2-pair, 7/0.20 twisted pair data cable is recommended. See Wiring Diagram opposite. See Specifications and Extending Cable on page 1 for cabling distances and recommended cables. If the cable has more than 2 Pairs, a spare pair may also be connected in parallel to V+ & OV to reduce voltage drop. 4. SHIELDED CABLE. If shielded cable is used:
a) Do NOT use the shield as the 0V (negative) connection or allow the shield to contact other wiring or metalwork. b) Shield is terminated to a protective earth (if available) or 0V, at one end of the cable. i.e. At the host Module. 5. Make a note of the Serial number of each Reader & where it will be installed. See Serial Number opposite. Installing the Reader 1. The Reader should be mounted on a flat, solid surface at an appropriate height. Determine the mounting location for the Reader and ensure that cable access is available. 2. If the mounting plate is attached to the body of the Reader, remove it. Insert a small flat blade screwdriver into one of the two rectangular slots at the bottom rear of the Reader and gently lift the mounting plate out of the Reader body. 3. Using the mounting plate, or the template opposite, mark out, then drill holes for the 2 mounting screws and the cable entry at the mounting location, then secure the mounting plate to the surface using appropriate hardware. 4. Join the extending cable (if required) to the Reader pigtail cable using appropriate terminals/joiners. Note the wire colours (as they may be different), then route the cable from the mounting location to the Access Module. 5. Fit off the cable to the Access Module RDR RS485 terminal as shown above opposite. 6. Test the installation, including tamper detection* (if used), then fit the Reader body to the mounting plate as follows:
a) Position the tabs in the top of the Reader body into the slots at the top of the mounting plate. b) Push the bottom of the Reader body onto the mounting plate until it clicks into place. c) Secure the body to the mounting plate at the bottom of the assembly with the countersunk screw provided.
*NOTE: If tamper detection is unreliable due to the mounting surface, adding a white/reflective sticker, or similar, on the surface behind the sensor will assist. Wiring Diagram RDR RS485
V V A B 0
. d l e i f e h t n i d e s u t o N
. y l n o e s u y r o t c a F k c a l B e t i h W n e e r G d e R e g n a r O SNOITCENNOCREDAER ruoloC esopruP DILANIMRETELUDOM
"584SRRDR"
epyTeludoM DIBCP CAIitirgetnI MALIitirgetnI MALSitirgetnI 7T 1T 1T deR kcalB etihW neerG ylppusV21+
ylppusV0 AataD BataD egnarO ylnoyrotcaF To extend the length of the Reader pigtail cable, twisted pair cable is used as follows:
Pair 1. Data A and Data B Pair 2. V+ and 0V. See Preliminary Installation Notes 3 & 4. e l b a C r e d a e R Serial Number 964720-
220714-
00-
000297 The Serial number is the bottom line of digits on the label affixed to the top rear of the Reader. Mounting Plate Template 10.5mm 8mm 30mm 27.5mm 65.5mm 91.5mm 38mm 20mm