Satel CR-MF5 Keypad with MIFARE Proximity Card Reader Installation Guide
- June 15, 2024
- Satel
Table of Contents
Satel CR-MF5 Keypad with MIFARE Proximity Card Reader
Product Information
Specifications
- Product Name: CR-MF5 Keypad with MIFARE proximity card reader
- Manufacturer: SATEL
- Installation: Qualified personnel required
- Compatibility: INTEGRA system, ACCO system, and other manufacturer’s systems
- Power Input: +12 VDC
- Terminals: NC, C, NO, DATA/D1, RSA, RSB, TMP, +12V, COM, CLK/D0, IN1, IN2, IN3, BELL
Frequently Asked Questions (FAQ)
- Q: Where can I find the full user manual for the CR-MF5 keypad?
- A: The full manual can be downloaded from the manufacturer’s website at www.satel.pl. You can use the provided QR code to directly access the website and download the manual.
- Q: Can I connect more than 24 access control devices with the MIFARE card reader to the USB / RS-485 converter?
- A: No, it is not recommended to connect more than 24 access control devices with the MIFARE card reader to the converter. The CR SOFT program may not be able to support more devices correctly.
- Q: Can I use the ACCO Soft program to program the settings for the keypad?
- A: Yes, the ACCO Soft program in version 1.9 or newer enables programming of all the required settings for the keypad. If you choose to use this program, you can skip steps 2-4 in the installation instructions.
Product Usage Instructions
Installation
- Open the keypad enclosure.
- Connect the keypad to the computer using a USB / RS-485 converter (e.g. ACCO-USB by SATEL). Follow the instructions in the converter manual.
- Note: Do not connect more than 24 access control devices with the MIFARE card reader (CR-MF5 and CR-MF3) to the converter. The CR SOFT program may not be able to support more devices correctly.
- Program the keypad in the CR SOFT program:
- Create a new project or open an existing project.
- Establish connection between the program and the device.
- Program the settings and upload them to the keypad.
- Disconnect the keypad from the computer.
- Run the cables to where you want to install the keypad. Use a UTP cable (unshielded twisted pair) to connect the RS-485 bus. Use unshielded straight-through cables for other connections.
- Place the enclosure base against the wall and mark the location of mounting holes.
- Drill the holes in the wall for wall plugs (anchors).
- Run wires through the opening in the enclosure base.
- Use wall plugs and screws to secure the enclosure base to the wall. Select wall plugs specifically intended for the mounting surface (different for concrete or brick wall, different for plaster wall, etc.).
- Connect the wires to the keypad terminals (refer to “Description of terminals” section).
- Close the keypad enclosure.
- If necessary, program the settings required for the keypad to operate in the selected system. The ACCO Soft program in version 1.9 (or newer) enables programming of all the required settings. If it is to be used, you can skip steps 2-4.
Description of Terminals
Description of terminals for keypad in the INTEGRA system
| Terminal | Description |
|---|---|
| NC | Relay output normally closed contact |
| C | Relay output common contact |
| NO | Relay output normally open contact |
| DATA/D1 | Data [INT-SCR interface] |
| RSA | RS-485 bus terminal [OSDP] |
| RSB | RS-485 bus terminal [OSDP] |
| TMP | Not used |
| +12V | +12 VDC power input |
| COM | Common ground |
| CLK/D0 | Clock [INT-SCR interface] |
| IN1 | NC type door status input |
| IN2 | NO type request-to-exit input |
| IN3 | Not used |
| BELL | OC type output |
Description of terminals for keypad in the ACCO system
| Terminal | Description |
|---|---|
| NC | Not used |
| C | Not used |
| NO | Not used |
| DATA/D1 | Data [ACCO-SCR interface] |
| RSA | RS-485 bus terminal [OSDP] |
| RSB | RS-485 bus terminal [OSDP] |
| TMP | Not used |
| +12V | +12 VDC power input |
| COM | Common ground |
| CLK/D0 | Clock [ACCO-SCR interface] |
| IN1 | Not used |
| IN2 | Not used |
| IN3 | Not used |
| BELL | OC type output |
Description of terminals for keypad in other manufacturer’s system
| Terminal | Description |
|---|---|
| NC | Not used |
| C | Not used |
| NO | Not used |
| DATA/D1 | Data (1) [Wiegand interface] |
| RSA | RS-485 bus terminal [OSDP] |
| RSB | RS-485 bus terminal [OSDP] |
| TMP | Tamper output |
| +12V | +12 VDC power input |
| COM | Common ground |
Introduction
The CR-MF5 keypad can operate as:
- INT-SCR partition keypad in the INTEGRA alarm system,
- ACCO-SCR keypad with proximity card reader in the ACCO access control system,
- keypad with proximity card reader in systems of other manufacturers,
- standalone door control module.
Before you mount the keypad, program the settings required for the selected operating mode in the CR SOFT program. The exception is a keypad that is to operate in the ACCO NET system and is to be connected to the ACCO-KP2 controller using the RS-485 bus (OSDP protocol). The OSDP protocol is supported by the ACCO-KP2 controllers with firmware version 1.01 (or newer). In that case, you can program the required settings in the ACCO Soft program (version 1.9 or newer).
Installation
Warning
- The device should be installed by qualified personnel.
- Prior to installation, please read the full manual.
- Disconnect power before making any electrical connections.
- Open the keypad enclosure.
- Connect the keypad to the computer. Use the USB / RS-485 converter (e.g. ACCO-USB by SATEL). Follow the instructions in the converter manual.
- Warning: Do not connect more than 24 access control devices with the MIFARE card reader (CR-MF5 and CR-MF3) to the converter. The CR SOFT program may not be able to support more devices correctly.
- Program the keypad in the CR SOFT program.
- Create a new project or open an existing project.
- Establish connection between the program and the device.
- Program the settings and upload them to the keypad.
- Disconnect the keypad from the computer.
- Run the cables to where you want to install the keypad. To connect the RS-485 bus, we recommend using a UTP cable (unshielded twisted pair). To make other connections, use unshielded straight-through cables.
- Place the enclosure base against the wall and mark the location of mounting holes.
- Drill the holes in the wall for wall plugs (anchors).
- Run wires through the opening in the enclosure base.
- Use wall plugs and screws to secure the enclosure base to the wall. Select wall plugs specifically intended for the mounting surface (different for concrete or brick wall, different for plaster wall, etc.).
- Connect the wires to the keypad terminals (see: “Description of terminals”).
- Close the keypad enclosure.
- If necessary, program the settings required for the keypad to operate in the selected system.
The ACCO Soft program in version 1.9 (or newer) enables programming of all the required settings. If it is to be used, you can skip the steps 2-4.
Description of terminals
Description of terminals for keypad in the INTEGRA system
| Terminal | Description |
|---|---|
| NC | relay output normally closed contact |
| C | relay output common contact |
| NO | relay output normally open contact |
| DATA/D1 | data [INT-SCR interface] |
| RSA | RS-485 bus terminal [OSDP] |
| RSB | RS-485 bus terminal [OSDP] |
| TMP | not used |
| +12V | +12 VDC power input |
| COM | common ground |
| CLK/D0 | clock [INT-SCR interface] |
| IN1 | NC type door status input |
| IN2 | NO type request-to-exit input |
| IN3 | not used |
| BELL | OC type output |
Description of terminals for keypad in the ACCO system
| Terminal | Description |
|---|---|
| NC | not used |
| C | not used |
| NO | not used |
| DATA/D1 | data [ACCO-SCR interface] |
| RSA | RS-485 bus terminal [OSDP] |
| RSB | RS-485 bus terminal [OSDP] |
| TMP | not used |
| +12V | +12 VDC power input |
| COM | common ground |
| CLK/D0 | clock [ACCO-SCR interface] |
| IN1 | not used |
| IN2 | not used |
| IN3 | not used |
| BELL | OC type output |
Description of terminals for keypad in other manufacturer’s system
| Terminal | Description |
|---|---|
| NC | not used |
| C | not used |
| NO | not used |
| DATA/D1 | data (1) [Wiegand interface] |
| RSA | RS-485 bus terminal [OSDP] |
| RSB | RS-485 bus terminal [OSDP] |
| TMP | tamper output |
| +12V | +12 VDC power input |
| COM | common ground |
| CLK/D0 | data (0) [Wiegand interface] |
| IN1 | programmable input [Wiegand interface] |
| IN2 | programmable input [Wiegand interface] |
| IN3 | programmable input [Wiegand interface] |
| BELL | OC type output |
Description of terminals for the standalone door control module
| Terminal | Description |
|---|---|
| NC | relay output normally closed contact |
| C | relay output common contact |
| NO | relay output normally open contact |
| DATA/D1 | not used |
| RSA | RS-485 bus terminal [OSDP] |
| RSB | RS-485 bus terminal [OSDP] |
| TMP | tamper output |
| +12V | +12 VDC power input |
| COM | common ground |
| CLK/D0 | not used |
| IN1 | door status input |
| IN2 | request-to-exit input |
| IN3 | not used |
| BELL | OC type output |
The declaration of conformity may be consulted at: www.satel.pl/ce
- SATEL sp. z o.o. • ul. Budowlanych 66 • 80-298 Gdańsk • POLAND
- tel. +48 58 320 94 00
- www.satel.pl
Scan
- Full manual is available on www.satel.pl.
- Scan the QR code to go to our website and download the manual.
References
Read User Manual Online (PDF format)
Loading......