Base LV-8RS-N User manual

BASE
LV-8RS-N
Low Voltage
Power Distribution Module
Installation and Operation Manual
BASE Electronics, Inc.
2856-C Janitell Road • Colorado Springs, CO 80906 • [phone] • Fax [phone]
Figure 1 - LV-8RS-N Wiring Diagram
BASE Electronics, Inc.
2856-C Janitell Road • Colorado Springs, CO 80906 • [phone] • Fax [phone]
Limited Warranty
The LV-8RS-N Low Voltage Power Distribution Module is warranted by BASE Electronics against manu-
facturing defects in materials and workmanship for a period of 2 years from date of purchase. During this
period, any warranty repair required will be made at no charge for parts or labor. This warranty does not
apply to any work or materials provided by any outside persons or technicians involved in the installation,
unauthorized repair, connection, or testing of this product. This warranty does not cover any damage or failure
caused by or attributable to Acts of God, abuse, misuse, improper or abnormal usage, faulty or improper
installation or maintenance, neglect or accident. BASE Electronics is not responsible or liable for any special,
consequential or indirect damages resulting from or in connection with the use or performance of this product
as pertaining to economic loss, property loss, costs for removal or installation, or loss of revenues or prot.
Except as provided herein, BASE Electronics makes no expressed or implied warranties. The duration of
product performance for its intended purpose is limited to the duration set forth herein.
For Warranty or other repair, send the product postage prepaid to BASE Electronics and include Sender’s
name, company, address, phone and brief problem description. BASE Electronics will notify sender of any
required repair costs not covered under this warranty prior to making such repairs.
This Warranty gives you specic legal rights. You may have other rights that vary from state to state.
Figure 2 - LV-8RS-N Schematic Diagram
Selectable Series
LV-8RS-N Specications
• Indoor Temperature Range: -25° C. to +70°C.
• Electrical
Maximum Voltage AC/DC: 30V
Maximum Total Current: 8A
Maximum Recommended Current per Output: 2.5A
Maximum Total Relay Coil Current Draw: 1A
Connections: Captive Screw Terminals for #14 to #22AWG Wire
• Size: 5.00” wide by 8.00” long by 2.50 maximum height (inches) with relays installed.
• Mounting: (4) 3/8 inch high nylon stando󰀨s included
• Indicators, Controls and Jumpers
Red LED Indicators at all 9 relay positions
Common Power - and +, Cut = Separate Relay Control Power, Uncut = Common Power
Mode Jumpers (Each Output) , C = Continuously Powered, D = Disconnect, DRY = Dry Contact
• Special Features
Fail Safe / Fail Secure / Dry Contact Mode Jumper per Output
Power Disconnect Relay Socket with Auxiliary Contact Terminals
8 Output Isolation Relays with LED Indicators
© Copyright 2022 - BASE Electronics, Inc.
F
1
8
7
6
5
4
3
2
OUTPUTS
LOW VOLTAGE POWER
DISTRIBUTION MODULE
LV-8RS-N
BASE
CONTROLS
DISC RELAY
CONTROL FUSE 1.0A MAX.
COM PWR
JUMPERS
V
PWR
C
+
CTL
-
+
-
1C
PC
NO
NC
2C
PC
NO
NC
3C
PC
NO
NC
4C
PC
NO
NC
5C
PC
NO
NC
7C
PC
NO
NC
ST
NO
NC
DC
6C
PC
NO
NC
8C
PC
NO
NC
1
D
DRY
C
2
D
DRY
C
3
D
DRY
C
4
D
DRY
C
5
D
DRY
C
7
D
DRY
C
6
D
DRY
C
8
D
DRY
C
C
DR
R8
R7
R6
R5
R4
R3
R2
R1
C
T
L
VDC
P
W
RDC
AC
Normally Closed Dry
Contacts of Fire Panel
From
Lock
Power
Supply
- +
Access Control
Panel Dry Contact
Sink-Type Output
(Transistor Open Collector)
Multi-Channel Wiring
From
Relay
Power
Supply
Write Power Supply
Voltages Here
Write Fuse Size Here
Relay Normally On
Relay Normally Off
Mag
Lock
Mag
Lock
Electric
Strike
Relay Normally Off
V
C
V
C
V
C
Dry
Contact
Output
Aux
Contact
Output
Spare Terminal
Com
NC
NO
Com
NC
NO
COMMON NEGATIVE
INPUT MAX.
30VAC/DC 8A 60Hz
WARNING - To reduce the risk of fire, replace only with same type and rating of fuse.
OUTPUT 1-8 MAX. FUSE SIZE 2.5A
DC
DC Com
CP
8
CD
DRY
8C
NC
NO
PC
F
X (2-7)
CD
DRY
XC
NC
NO
PC
1
CD
DRY
1C
NC
NO
PC
OUTPUTSCONTROLS
CONTROL
FUSE
DISCONNECT
RELAY
CVST NC DC NO +-
PWRCTL
LOCK

LV-8RS-N
Low Voltage Power Distribution Module
The LV-8RS-N distributes power from a low voltage power source to 8 fused outputs
through 8 Output Isolation Relay sockets -or- can be congured to provide up to 8
dry contact relay outputs. The -N model provides for negative or sink control of each
output relay by an Access Control system. Output devices can be powered separately
from the control relays by conguring Common Power Jumpers. A 2-pole Disconnect
Relay socket is provided and easily interfaces with Fire, Life Safety or Alarm Panels to
provide Emergency Power Disconnect. Relay auxilary contact terminals are provided
for alarm monitoring of the Disconnect feature.
Each of the 8 outputs includes a removable jumper clip easily congurable for one
of 3 modes of operation:
1) D position - Disconnect or Fail Safe operation of the output.
This means the output is disconnected by the Disconnect Function.
2) C position - Continuous or Fail Secure operation of the output.
This means the output is unaected by the Disconnect Function.
3) DRY position - A jumper in this position congures the output for dry relay
contacts. Since an output in this mode is not powered, the jumper blocks the
installation of a fuse in the corresponding output fuseholder.
The LV-8RS-N includes red LED indicators at each of the 9 relay positions for iden-
tication of energized relays.
The module is 5.00” wide x 8.00” long. The installed height with relays is 2.50”.
Standos are included for mounting the circuit board in a user-supplied enclosure.
Relays and 3AG-type Fuses are provided separately. To meet UL Listing require-
ments, the relays selected should be Idec Corp., P/N RH1B-U SPDT or P/N RH2B-U,
DPDT, 12vdc or 24vdc.
* * * WARNING * * *
Turn o all power feeding the module terminals before servicing or changing input/output wiring, removing
or reinstalling fuses, relays, or jumpers. Failure to observe this warning may cause electrical shock hazard
or may damage internal or external circuit components.
The information in this manual is believed to be accurate in all respects. However, BASE Electronics cannot assume
responsibility for any consequences resulting from the use thereof. The information contained herein is
subject to change and BASE Electronics may issue a revision to incorporate such changes at any time.
INSTALLATION
Locate the unit inside a NEMA 1 enclosure (such as a BASE LVPC Low Voltage Power
Cabinet) close to the source power supply. Drill (4) 0.187” diameter holes to match
the (4) corner holes in the printed circuit board. Push the nylon standos supplied
into each hole and snap the module into place.
POWER SUPPLY WIRING
Common Relay Control and Output Voltage If the output devices require a DC
operating voltage, the Common Power Jumpers can remain intact and only one DC
power supply needs to be connected to the PWR input terminals. In this mode, the
DC operating voltage of the control relays, output devices and the power supply must
match. Example: Output devices = 24VDC Maglocks, Power Supply = 24VDC, Relays
must also be 24VDC.
Separate Relay Control and Output Voltages
By cutting the Common Power Jumpers, two separate power supplies of like or dierent
voltages may be used to power the output devices and control relays. The relay power
supply must be DC. The output power supply can be either AC or DC.
Connect the power supply input leads to the terminal strip at the lower right side of
the module as shown in Figure 1. Use a minimum of 18AWG copper conductors for
this wiring and keep the length to the power supply as short as possible.
The values of the CTL and PWR voltages may be written on the white areas provided
in the lower right side of the module for easy future reference.
Output Relay Run Power Common
Power Supply Power Supply Supply Wiring To: Power Jumpers
DC-1 DC-1 PWR Uncut
DC-1 DC-2 (both PWR and CTL) Cut
AC DC (both PWR and CTL) Cut
OUTPUT MODE CONFIGURATION
Each module includes 8 jumper pins for conguring the mode of operation for each
of the 8 ouputs. They are installed in the C position from the factory.
C position - Continuous Power Mode The output is continuously powered and
unaected by the Power Disconnect feature. If all 8 outputs will be congured in the
C position, there is no need to install a Disconnect Relay in the 2-pole socket.
D position - Disconnect Mode The output power will be disconnected by the Discon-
nect Relay when the Fire Panel Interface control circuit is opened. A 2-pole Disconnect
Relay must be installed in the socket provided.
DRY position - Dry Contact Mode The output becomes a dry Form C output. The
output is not powered or aected by the Power Disconnect feature. Since an output
in this mode is not powered, the jumper blocks the installation of a fuse in the cor-
responding output fuseholder.
POWER DISCONNECT WIRING
A socket is provided for a 2-pole relay that is used to disconnect the output power PWR
during facility emergencies. The relay is DC powered from the power feeding the CTL
terminals. Normally closed dry contacts of a re or life safety system panel are used to
control the disconnect relay at the ‘F’ terminals. The alarm contact should be rated for
the current required by the relay selected (normally less than 50mA at 12VDC).
The auxiliary output contacts of the Disconnect Relay can be monitored. Note that the
terminals designated NO and NC (shown in Figure 1) stand for Normally Open and
Normally Closed when the relay is de-energized. The terminal marked ST is a Spare
Terminal available for termination of an end-of-line resistor if needed.
OUTPUTS AND CONTROLS
Add the operating current ratings for each device to be powered from one output to
determine the expected operating current ow. Install a fuse for the output that will
trip when this value is exceeded. The value of the fuse selected for each output may
be written on the white area below the fuse for easy future reference.
Example A: Output 1 - (1) magnetic lock
operating current = 0.29A at 12 VDC
Install fuse rated just greater than 0.29A = 3/8A or 1/2A
Example B: Output 2 - (4) deadbolt locks
operating current = (4 x 0.40A) = 1.6A
Install fuse rated just greater than 1.6A = 2A
Wiring to output devices connects to the OUTPUTS terminals. Four terminals are
provided for each output as follows;
#C = output relay Common terminal when in DRY mode
spare terminal when in C or D modes.
NC = output relay Normally Closed terminal, powered when fuse is installed
in C or D modes, nonpowered and dry when in DRY mode.
NO = output relay Normally Open terminal, powered when fuse is installed
in C or D modes, nonpowered and dry when in DRY mode.
PC = output power PWR Common terminal in any mode.
Add the operating current ratings for each control relay and install a control fuse that
will trip when this value is exceeded. The value of the fuse selected may be written
on the white area below the fuse for easy future reference.
When powering devices over considerable distances, the cabling resistance may be
so high that the voltage available at the device drops to an unacceptable level. To
prevent this from occuring, the system cabling should be designed with adequate
sized conductors.
Suggested wiring methods for OUTPUTS and CONTROLS are shown in Figure 1.
All fuses must be type 3AG. Output Fuses must be 2.5A maximum or less. Control
Fuse must be 1.0A Maximum. Fuses are ordered separately - specify desired rating
when ordering.
LIGHTNING, TRANSIENT AND NOISE SUPRESSION
Lightning or transient suppression devices may be installed at the LV-8RS-N output
terminals to protect control equipment from induced voltages. A multi-screw, solid
ground bar should be installed vertically next to the output side of the module for con-
nection of metal oxide varistors, transient suppression diodes, etc. If shielded cable
is used for output wiring, shield drain wires can be connected to the ground bar for
line noise suppression. Run a minimum #14AWG green stranded ground wire from
the ground bar to the closest Service Ground. Grounding bars of the type mentioned
above can be separately supplied by BASE Electronics.