XPR MTPX-MHWO Lecteur RFID Multi Technlogies Instruction Manual
- October 30, 2023
- xpr
Table of Contents
- XPR MTPX-MHWO Lecture RFID Multi Technologies
- Product Information
- SPECIFICATIONS
- MOUNTING
- MOUNTING WITH MT-SPACER
- TERMINAL BLOCKS AND DIPSWITCH
- TERMINALS AND DESCRIPTION
- SOFTWARE SETTINGS
- CARD ENCRYPTION
- ACCESSORIES (Optional)
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
XPR MTPX-MHWO Lecture RFID Multi Technologies
Product Information
The MTPX-MHWO is an RFID reader designed for use in access control systems. It comes with the following product variants: MTPXPBK-MHWO and MTPXPS-MHWO. The reader is equipped with OSDP mode, RS-485 line, Wiegand configuration, and custom RS-485 configuration. It also has a ferrite core to reduce EMI. The reader complies with the requirements of EMC directive 2014/30/EU, Radio Equipment Directive 2014/53/EU, RoHS2 directive EN50581:2012, and RoHS3 Directive 2015/863/EU.
SPECIFICATIONS
- Technology: RFID (125 KHZ, 13.5 MHz)
- Interface: Wiegand, OSDP, WS4, Custom RS-485 (Factory default: Wiegand 34)
- Supported credentials: EM4100 or HID Compatible , HID iClass CSN, NTAG, Mifare (Classic, Desfire, Plus, Ultralight), ISO 15693
- Card encryption: Desfire EV1, EV2, EV3
- Read range: Up to 6 cm
- Power supply: 9 – 14 VDC, 150 mA
- Sound Indicator: Internal buzzer
- LED Indicators: Red, Green and Orange (Red + Green)
- Built-in Micro USB connector for protocol selection, configuration and firmware update
- Environmental rating: Outdoor, IP65
- Operating temperature: -20°C to +50°C
- Operating humidity: 5% – 95% relative humidity, non-condensing
- Mounting: Surface mount
- Panel connection: Terminal
- Dimensions (mm): 92 x 51 x 27
MOUNTING
MOUNTING WITH MT-SPACER
Wrap the wires around the ferrite core (1 turn). The ferrite core is provided with the kit and it is used to reduce the EMI.
TERMINAL BLOCKS AND DIPSWITCH
- OSDP mode: SCBK reset WS4 mode: Reader address
- RS-485 120 Ohm termination ON=0 OFF=1
TERMINALS AND DESCRIPTION
TERMINALS| DESCRIPTION| OSDP CONFIGURATION| WS4
CONFIGURATION| WIEGAND CONFIGURATION| CUSTOM RS-485 CONFIGURATION
---|---|---|---|---|---
A| RS-485 line| RS-485 A (+)| RS-485 A (+)| x| RS-485 A (+)
B| RS-485 line| RS-485 B (-)| RS-485 B (-)| x| RS-485 B (-)
D0| Output| x| x| D0| x
D1| Output| x| x| D1| x
LG| Input| Input 1
(Dry contact to GND only)
| x| Green LED input| Green LED input
LR| Input| Input 1
(Dry contact to GND only)
| x| Red LED input| Red LED input
BUZZ| Input| x| x| Buzzer input| Buzzer input
+12V| Power Supply| √| √| √| √
GND| Ground| √| √| √| √
T
| ****
Tamper
| x
(Tamper state is reported by RS-485)
| x
(Tamper state is reported by RS-485)
| √| √
T| Tamper| x| x| √| √
DIP SWITCH| DESCRIPTION| OSDP CONFIGURATION| WS4
CONFIGURATION| WIEGAND CONFIGURATION| CUSTOM RS-485 CONFIGURATION
SW 1
| ****
Setup
| ****
SCBK Reset: Power the reader. Set DIP Switch 1 to ON and in the less than 5 sec set it back to OFF position
| The readers for Doors 1.0 and 2.0 must be at address 0 and those for Doors 1.1
and 2.1 at address 1. For doors equipped with 2 readers, one must be at address 0 and the other at
address 1.
| ****
x
| ****
x
SW 2| RS-485 120 OHM
termination
| √| √| x| **
CABLING| DESCRIPTION| OSDP CONFIGURATION| WS4
CONFIGURATION| WIEGAND CONFIGURATION| CUSTOM RS-485 CONFIGURATION**
Max length| Cable Length| 1200m| 80m| 150m| 1200m
Cable
| ****
Recommended cable type
| ****
Multiconductor cable 2 twisted pair with shielding
| ****
Multiconductor cable 2 twisted pair with shielding
| Untwisted, shield- ed, 0.22 mm2 min. For longer distance above 20 m use larger diameter.| ****
Multiconductor cable 2 twisted pair with shielding
SIGNALISATION| DESCRIPTION| OSDP CONFIGURATION| WS4
CONFIGURATION| WIEGAND CONFIGURATION| CUSTOM RS-485 CONFIGURATION
Reader ON-LIne| Reader is in communication with controler| ****
Managed by Controller
| ****
Managed by Controller
| ****
Managed by Controller
| ****
Managed by Controller
Reader OFF-LIne| Reader lost comunication with controler| ****
Red LED Blinks
| ****
Red LED Blinks fast
| x| x
SOFTWARE SETTINGS
XPR Toolbox is software for settings and firmware update of the reader. XPR Toolbox can be downloaded from a https://software.xprgroup.com/. To setup the reader or update the firmware, run the XPR Toolbox and select “Generation 2” and “MTPX-MHWO” and click on “Open” tab. Follow the instruction in the software to set up or update firmware. Connect the reader to PC using Micro USB connector. No additional power for the reader is required. If the reader is used with EWS Controller, reader setting must be done by PROS-CS software.
CARD ENCRYPTION
Cards encryption can be used with Mifare Desfire cards. Encryption provide higher level of security where card is accepted by its encrypted content instead of built in card serial number. For OSDP, Wiegand and Custom RS-485 modes, reader should be programmed with the XPR Toolbox software to use encryption. Cards can be encrypted using application “XPR Card encoder” and desktop reader (PROX-USB). This application is installed together with XPR Toolbox software. When used with WS4 controller, encryption is managed by the WS4 controller. When used with EWS controller, encryption, reader setting and cards are managed by PROS CS software.
ACCESSORIES (Optional)
- MT-SPACER
- MC-MINI
- USP
Important: These accessories are not included with the reader.
This product herewith complies with requirements of EMC directive 2014/30/EU,
Radio Equipment Directive 2014/53/EU. In addition it complies with RoHS2
directive EN50581:2012 and RoHS3 Directive 2015/863/EU.
References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>