background image

H3-EM-62-100 Electronic Swinghandle 

     Operating Instructions 

 

J-H3-EM-62-100-M 

                                 

 

Page 1 of 4 

Package Contents 
 

 

H3-EM-62-100 Electronic Swinghandle  
with RFID Reader (qty1) 

 

EM-0-45827 M3x25 POZIDRIV

®

 Mounting Screws (qty 4) 

 

EM-0-47151 M3x14 POZIDRIV

®

 Mounting Screw (qty 1) 

 

H3-EM-0-61927 Rotation Limiter (qty 1) 

 

E5-C-04 Pawl Screw (qty 1) 

 

EM-0-45826 Top Mounting Bracket (qty 1) 

 

EM-0-45822 Bottom Mounting Bracket (qty 1) 

 

Operating Instructions (qty 1)  

 
 

H3-EM-62-100 Electronic Swinghandle with RFID Reader 

 

 
1. 

Handle 

2. 

RFID Reader 

3. 

Tri-Color Status LED 

4. 

Lock Plug 

 
 

Features 

 

 

Installed 13.56MHz / 125kHz RFID reader module with Wiegand 
data output  

 

Compatible with 13.56MHz RFID cards with 4, 7, or 8byte 
Unique Identifiers (UID) and 125kHz prox cards 

 

Remote lock and unlock capability 

 

Single or multi-point lock actuation 

 

Momentary or continuous lock actuation 

 

Tri-color LED (blue/magenta/red) to indicate lock and handle 
status 

 

Manual lock override 

 

Accommodates both left and right doors 

 

For indoor use only 

 
 
 

Specifications

 

 

Actuator Module

 

 

Supply Voltage (V

SUPPLY

):    12VDC to 24VDC (

NOTE

: Status LED will blink 

 

red if the supply voltage is out of range.) 

Standby Current:   

50mA maximum at 12VDC 

Operating Current:   

200mA maximum at 12VDC (with no external 

 

mechanical load applied to handle 

Stall Current:   

1A maximum (at 12VDC, limited to 2 seconds) 

Operating Transit Time:     1 second maximum (

NOTE

: Power must be 

           present during transit times. If power is 
           removed while the lock slide is in transit, it will 
           

complete it’s cycle when power is 

           restored.) 

Electronic Unlock Time:    3 seconds minimum 
Open Collector Outputs:  Rated for V

SUPPLY

, maximum load

 

 
RFID Reader Module

 

 

Supply Voltage (V

CC

):         12VDC to 24VDC 

 

Operating Current:   

125mA maximum (no external devices 

 

attached) 

Transmit Frequency:   

13.56MHz / 125kHz 

DATA Signal Voltage:   

5VDC 

DATA Pulse Interval Time: 40µs 
DATA Signal Delay:   

2ms 

Output Format: 

Reverse Byte Order (13.56MHz cards) 

 

Most Significant Bit First (125kHz cards) 

 

Upper and Lower Parity Bits Included 

 

Mounting and Installation

 

 

Please refer to Southco trade drawing J-H3-EM-62-100 for mounting and 
installation details. 

 

 

NOTE:

 Use a #1 POZIDRIV

®

 driver when installing the mounting 

screws.  See Southco trade drawing J-H3-EM-62-100 for additional details.

 

 

Read range distance may vary depending on card type, mounting 
conditions, or environmental conditions.  In some cases, the card 
may need to make contact with, or be moved across, the RFID reader. 
 
Wiring Diagrams

 

 

The H3-EM-62-100 contains two separate functional modules:  the actuator 
module and RFID reader module.  The actuator module controls and 
monitors the locking function of the swinghandle.  The RFID module reads 
the contents of a compatible RFID card and converts it to Wiegand format.  

 

 

These two modules operate independently of each other and require 
connection to an access control unit (

not provided

), as illustrated below, 

for the entire product to be fully functional. 

 

 

 

Summary of Contents for H3-EM-62-100

Page 1: ...econd maximum NOTE Power must be present during transit times If power is removed while the lock slide is in transit it will complete it s cycle when power is restored Electronic Unlock Time 3 seconds minimum Open Collector Outputs Rated for VSUPPLY maximum load RFID Reader Module Supply Voltage VCC 12VDC to 24VDC Operating Current 125mA maximum no external devices attached Transmit Frequency 13 5...

Page 2: ...d convert to Wiegand data format including upper even parity Pe and lower odd parity Po bits as shown below 13 56MHz RFID Cards The RFID module will read the 4 7 or 8 byte UID from a compatible RFID card and convert to Wiegand data format in reverse byte order including upper even parity Pe and lower odd parity Po bits as shown below Control Input Signal This signal is used to control the electron...

Page 3: ...ts open collector state if the electronic lock slide is in the locked position It will be 0V if the lock slide is in the unlocked position The mechanical lock status output is 0V NOTE The lock sensor is an optical device that senses the presence of the lock pawl Reflectivity of the lock pawl material can affect sensing Use only Southco supplied locks Mechanically Released State Handle not Fully Cl...

Page 4: ... 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...

Reviews: