background image

 

Mercury Security © 2019 

MR62e 

DOC 10107-0057 

REV 1.02 

Page 2 

3.  MR62e Terminal Blocks and Jumpers/Jacks: 

MR-51E CONNECTIONS 

TB1-1 

IN1 

Input 1 

TB1-2 

IN1 

 

TB1-3 

IN2 

Input 2 

TB1-4 

IN2 

 

TB2-1 

IN3 

Input 3  

TB2-2 

IN3 

 

TB2-3 

IN4 

Input 4 

TB2-4 

IN4 

 

TB3-1 

IN5 

Input 5 

TB3-2 

IN5 

 

TB3-3 

IN6 

Input 6 

TB3-4 

IN6 

 

TB4-1 

VO 

Auxiliary Power Output 

– 12 Vdc 

TB4-2 

GND 

Auxiliary Power Output Ground 

TB4-3 

VIN 

Input Power 

– 12 Vdc (from local power supply) 

TB4-4 

GND 

Input Power Ground 

TB5-1 

NO 

Relay K1 

– Normally Open Contact 

TB5-2 

1-C 

Relay K1 

– Common Contact 

TB5-3 

NC 

Relay K1 

– Normally Closed Contact 

TB5-4 

NO 

Relay K2 

– Normally Open Contact 

TB5-5 

2-C 

Relay K2 

– Common Contact 

TB5-6 

NC 

Relay K2 

– Normally Closed Contact 

TB6-1 

NO 

Relay K3 

– Normally Open Contact 

TB6-2 

3-C 

Relay K3 

– Common Contact 

TB6-3 

NC 

Relay K3 

– Normally Closed Contact 

TB6-4 

NO 

Relay K4 

– Normally Open Contact 

TB6-5 

4-C 

Relay K4 

– Common Contact 

TB6-6 

NC 

Relay K4 

– Normally Closed Contact 

TB7-1 

GND 

Reader Power Ground 

TB7-2 

TR- 

2-Wire RS-485 TR- (B) See Note 1 below 

TB7-3 

TR+ 

2-Wire RS-485 TR+ (A) See Note 1 below 

TB7-4 

RVO 

12 Vdc Reader Power Output 

Note 1:

 Terms A & B are from the RS-485 standard 

Jumpers: 

JUMPER 

SET AT 

DESCRIPTION 

J1 

N/A 

Ethernet Connection with PoE/POE+ support 

J2 

N/A 

Factory Use Only 

J3 

N/A 

Tamper Switch (normally open contact) See section 14. 

J4 

N/A 

RS-485 Termination, install only if the MR62e is at the 
end of the communication bus 

J5 

PoE 

MR62e powered from the Ethernet connection 

 

VIN 

MR62e powered from an external 12 Vdc power source 
connected to TB4-3 (VIN), TB4-4 (GND) 

J6 

– J13 

N/A 

Factory Use Only 

 

Summary of Contents for MR62e

Page 1: ...on Six inputs are provided that may be used for monitoring the door contacts exit push buttons and alarm contacts Input circuits can be configured as unsupervised or supervised The MR62e requires PoE...

Page 2: ...osed Contact TB6 1 NO Relay K3 Normally Open Contact TB6 2 3 C Relay K3 Common Contact TB6 3 NC Relay K3 Normally Closed Contact TB6 4 NO Relay K4 Normally Open Contact TB6 5 4 C Relay K4 Common Conta...

Page 3: ...ve power during steps 4 6 1 Set S1 DIP switches to 1 2 ON 3 4 OFF 2 Apply power to the MR62e 3 Watch for LEDs 1 2 and 3 4 to alternately flash at a 0 5 second rate 4 Within 10 seconds from applying po...

Page 4: ...rt not only open and closed but also open circuit shorted grounded and foreign voltage A supervised input circuit requires two resistors be added to the circuit to facilitate proper reporting The stan...

Page 5: ...to be downloaded 1 sec ON 1 sec OFF 2 Input IN1 Status OFF Inactive ON Active Flashing Fault See note 2 3 Input IN2 Status OFF Inactive ON Active Flashing Fault See note 2 4 Input IN3 Status OFF Inac...

Page 6: ...30 Vdc Inputs Six unsupervised supervised End of Line resistors 1k 1k ohm 1 watt standard Reader Interface Power 12 Vdc 5 A maximum RVO TB7 4 Communication 2 Wire RS 485 OSDP protocol four devices max...

Page 7: ...structive Attack I 14 Additional Mounting Information Sources for the optional items shown below 3 gang stainless steel blank cover Available from Leviton part number 84033 40 Graybar part number 8815...

Page 8: ...d warranties and expressly excludes and disclaims all implied warranties of merchantability or fitness for a particular purpose All returns must be accompanied by a Return Material Authorization RMA n...

Reviews: