CDVI WIRELESS SEL2641R433-WPL4K 2 Relay Receiver Installation Guide

CDVI WIRELESS SEL2641R433-WPL4K 2 Relay Receiver Installation Guide

1. Introduction

2 RELAY RECEIVER SEL2641R433-WPL4K

The receiver Erone type SEL2641R433-WPL4K ( Fig. 1) is an superetherodyne receiver with ASK demodulation, rolling code, with power supply 12/24 Vac/dc, 2×24 VA relays and output wiegand 26, 30 and 44 bit.

The transmitter memorization can be carried out with 2 push-buttons of the receiver or remotely, using only the keys of the transmitter even making a sequence of 3 pressures of the buttons. The setup of the remaining parameters of the receiver can be done only with the 2 push buttons of the receiver.

All the setting steps are displayed by a backlit LCD display.
The internal data base can be protected by a 5-digits password and can can be saved/ restored to/from an external memory.

The memory allows to store up to 4000 transmitters.

2. Technical specifications

3. Mounting

4. Layout & Wiring

5. Compatible transmitters

Erone – S2TR2641E2-E4-E2M
Erone – SETR2641AM1, SETR2641AM2
Erone – S3TR2641T1-T2-T4
Erone – SETR2641TM
Erone – S7TR2641E4
Erone – FKT2641E1 – FKTHS2641E1- TTH2641E1
CDVI – GALEOR

6. Warnings

The receiver allocation is very important for the best operation of the system. Place the receiver far from interference sources such as big magnetic fields or radio emissions.

The installation and the positioning of the antenna is very important as well. Before installing the antenna it’s advisable to make some tests on the site.

The distance between 2 receiver must be at least 1,5m.

• The equipment must be powered from a device that provides a safety extra low voltage (SELV) type LPS ( Low Power Source);
• There must be a suitable disconnecting device to the current drawn by the receiver (90 mA max @ 12Vdc).

The equipment is manufactured in compliance with the provisions of European Directive 2006/95/EC, 2004/108/EC, 2014/53/EU and the provisions of the standard EN 60950-1.

7. Programming / Navigation menu

NOTES:

1. appears in the menu only if the wiegand output is enabled.
2. appears in the menu only if the password is disabled.
3. appears in the menu only if the password is enabled.

QUICK GUIDE

Password = Set the passsword Administrator or service;
Output = Set the output : wiegand and/or relay;
Config = Configuration of relay operation or wiegand output;
Add = Store the transmitters (single or by blocks);
Delete = Delete the transmitters and/or restore the factory parameters;
Filter = Filter mode or True rolling-code mode;
Backup = System backup to and from an external memory;
Plus = Remote memorization of transmitters;
Info = Information on the receiver and on the TX memory;
Password off = Activate password;
Exit = Exit from the main menu.

8. Password

9. Output

Use the Submenu “disable?” to enable/disable the corresponding output.

NOTE: The receiver can be configured to manage simultaneously both the wiegand output and relay activation. Only if the wiegand output is enabled, the FILTER submenu (par.13) is enabled.
By deactivating the wiegand output, the Filter Mode is also deactivated.
Activating the Filter Mode automatically activates the wiegand output.

10. Config

11. Add

12. Wiegand protocol

13. Menu Delete

14. Output on RS-485

The line RS-485 can operate with 3 protocols:

• ASCII
• ModBUS-RTU
• OSDP

To enable the serial interface RS-485, select RS-485 in the option “OUTPUT” of the Main menu. The interface must be properly configured, setting the following parameters:

• Protocol = ASCII or ModBUS;
• Relay = TX KEY or ModBUS (1);
• Address = “Slave address” : [ 1 – 247 ];
• Baudrate = Serial Port Speed [ 9600, 19200, 38400, 57600 or 115200 ] BAUD;

(1) : TX KEY = Relay associated with the Button are activated automatically
ModBUS = Relays can be activated setting bit 0 and/or bit 1 of register 0 of ModBUS

ASCII PROTOCOL
When a transmitter is received, the serial interface transmits a message of the following format:
SSSSSSSSXK-CCCC-R12_\r\n

Example: 12345678-B-02AF-R_R-2_2__\r\n
The serial number is ‘12345678’, the key is ‘B’, the counter 02AF and the associated relay is 2.
Serial numbers not saved in the receiver are sent only if the memory is empty.

ModBUS PROTOCOL
The ModBUS protocol is a Master-Slave protocol based on a serial bus, where there is only one Master and multiple Slaves.

The protocol implemented follows the recommendations of the ModBUS Organization: visit the site www.modbus.org for more details
Each Slave has an unique address ( 1 – 247 ) and is queried by the Master by a series of commands. Implemented commands could be:

• Read Holding Registers (0x03)
• Write Single Holding Register (0x06)
• Write Multiple Holding Register (0x10)

This receiver is a “Slave” within this architecture: for this reason it is important to specify its address when the ModBUS protocol is chosen in the menu “OUTPUT”.

Each time the Master device needs a data, it sends on the bus a command, using a special  architecture, specifying the address of the slave target.

Each Slave has 201 “16-bits Holding registers” ( from Register 0 to Register 200 ).

The Register 0 has a special meaning : the MSB is not used; on the LSB, the bit 0 (X) activate relay 1 the bit 1 (Y) activate relay 2. ( see table ). The bits are automatically cleared once read by the Master. In this way the Master can activate directly the relays of the receiver.

Registers from 1 to 200 are grouped by 4, and store the data of the transmitters received.
When a transmitter is received, its data, serial number, button, counter and associated relays, are saved in the first free group of 4 registers, starting from address 1. A group of registers is free if all their values are 0.

To set free a position the MODBUS Master must write 0 on the four registers.

If all registers are occupied the transmitter is discarded.
Serial numbers not saved in the receiver are sent only if the memory is empty.

The Button field can be the ASCII value of ‘A’, ‘B’, ‘C’ or ‘D’.

In the Relay field the bits 0:3 are set if the relays 1:4 should be activated.

if the bit 7 is set, it means that the serial number is not in the receiver memory.

OSDP PROTOCOL
( from DRAFT Open Supervised Device Protocol (OSDP v. 2.1.6) )

Signaling

The communication channel is used in the “interrogation/reply” mode. Only the CP may spontaneously send a message. Each message sent by the CP is addressed to one and only one PD.

The receiver Erone 128 acts as a Peripheral Device (PD) and when receives the radio transmission of a remote control, compatible with the Erone 128 security protocol, it stores temporary the data in its FIFO register and sends them to the Control Panel (CP) upon a polling command.

The information sent by the receiver to the control panel (CP) is composed by 12 bytes. The first 3 bytes make part of the CID released by IEEE that identifies uniquely the manufacturer of the device.

On the other bytes there are information about the sw release, the model number , the serial number and the firmware version.

15. Menu Filter

The submenu Filter allows to configure the receiver as a filter and is active only if the wiegand output is enabled. In this mode the receiver behaves like a filter, letting the S/N be sent out according to the following table : there are 3 different modes that set different filtering actions.

(*) = Active only if FILTER= ON NoMem or ON Memo.

16. Menu Plus

The PLUS mode allows to store a new transmitter remotely, without using the buttons on the receiver, using the keys A & B of thetransmitter.
It is sufficient to use a «Master» transmitter.

A «Master» transmitter can be:

1. the first transmitter memorized in the receiver;
2. each subsequent transmitter to which has been assigned the “Master” function via the Edit Master submenu;

The PLUS function can be: ON, Limited or OFF
Plus ON: Remote storage enabled using any transmitter already memorized;
Plus Limited: Remote storage enabled only using a “Master” TX (see Fig. 7);
Plus OFF: Remote storage disabled;

NOTES:

1. If the PLUS LIMITED option has been activated, the transmitter that opens the storage must be of the “Master” type.
2. If the PLUS option is OFF, remote storage is disabled.
3. If the PLUS option is ON, the memorization of a new transmitter can be carried out using any transmitter already memorized.
4. If the memory is empty, storage can be performed either remotely, in “PLUS” mode or with the keys following the Add menu. Once the first one is memorized, the memorization of a new transmitter can be carried out remotely, if the PLUS option is “ON” or “Limited” or always following the Add menu.

17. Mem3Press

If the option Mem3Pres is enabled, it is possible to memorize a new transmitter just with a sequence of 3 transmission of the same button of the transmitter. The new transmitter will activate at once only the wiegand output. After the reception of the third transmission
the receiver will confirm the memorization with 2 long beeps of the buzzer.

For any change of the setting, to activate for example, the relays, you need to enter the menu Config and change the parameters of the transmitter, setting the desired association button-relay.

18. Menu Backup

The receiver memory can be stored in an external memory (Backup). External memory data can be restored from an external memory (Restore)

19. Warranty

The warranty is 24 months from the internal date of production. During this period, if the equipment does not work properly, due to a faulty component, it will be repaired or replaced at the discretion of the manufacturer.
The warranty does not cover the integrity of the plastic container.
The guarantee is given at the manufacturer’s premises.

Manufactured by : CDVI Wireless SPA
Via Piave, 23 – 31020 S.Pietro di Feletto (TV)
Italy
Tel : +39-0438-450860
Fax : +39-0438-455628
web: www.erone.com – email: info@erone.com

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References

• CDVI Group
• Fabbricanti di soluzioni per le automazioni- CDVI Wireless | Erone

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