RF5010 and RF5210 Installation Instructions

RF5010 and RF5210 Installation Instructions
Installation Instructions
RF5010 and RF5210
RF5010 and RF5210: EXTERNAL ANTENNA
HES, Inc.
22630 N. 17th Ave.
Phoenix, AZ 85027
800-626-7590
1
Product
Description
Dimensions
Orientation
Compatibility
Access Control Systems
Proximity Cards
Frequency
Indicators
Supervision
Applications
Frames
Trim Enhancer
Locks
Latchbolts Released*
Environment
Temperature
Humidity
Electric Strike and Proximity Card Reader with
Antenna Module Mounted Separately in Frame
See pages 4-6
Non handed
Open Architecture
Interfaces with Wiegand Protocol Systems
Supports HID 26 39 Bit Formats
Supports HID 125 kHz Credentials
Red/Green LED and Buzzer
Door Position Switch and Latchbolt Monitor
Steel, Aluminum, Wood
Included
Cylindrical
RF5010: Accomodates up to 5/8" Latchbolt
RF5210: Accomodates up to 3/4" Latchbolt
Suitable for Exterior Doors
32 F 150 F (0 C 65 C)
5 95%, Non-condensing
Electrical
Reader Module
Operating Voltage
Operating Current
Electric Strike Module
Operating Voltage
Operating Current
12VDC +/- 20%
125 mA Max. @ 12VDC
12VDC +/- 10%
240 mA max. @ 12VDC
Cable detail
Reader Module
Distance to Host
Recommended Type
Electric Strike Module
Distance to Power
Recommended Type
500 ft. Max.
18 22 AWG (Dependent on Distance) Stranded and Shielded
See Page 3
See Page 3
Certifications
Compliance
Security
* Faceplate options accommodate
various keeper and latchbolt
actions. For more detail, contact
HES tech support
at 800-626-7590
Warranty
HID is a registered trademark of HID Corporation.
FCC Part 15/IC Class B
ANSI/BHMA 156.31, Grade 1
Lifetime Waranty against defects
in materials and workmanship
Product Components
RF5010 and RF5210: EXTERNAL ANTENNA
1
2
3
4
5
2
Hybrid Electric Strike
6
Door Position Switch, Press-Fit Magnet
and 10” Connector Cable (2 Pin)
7
8
Pigtail Connectors (8 pin, 4 pin & 2 pin)
8 pin-Prox & Data
4 pin-Strike Power
2 pin-DPS and LBM
Faceplate (sold separately)
#12-24 Mounting Screws (included with faceplate)
9
10
11
12
13
#8-32 Faceplate Screws (included with faceplate)
Dielectric Grease (for humid applications)
24” Cable (connecting reader/antenna and strike)
Reader/Antenna Body
#6-32 Reader/Antenna Screws
Reader/Antenna Cover
Trim Enhancer
Trim Enhancer Screws
2
Access Control System
Control Panel and Power Supply
(By others)
1
3
13
4
5
12
6
8
7
Dielectric
Grease
11
9
10
Wiring Diagram
8 Pin Connector (Reader Module)
Red
Black
Green
White
Yellow
Blue
Orange
Brown
(+) Board Power
(-) Board Power
Data 0
Data 1
LED/Buzzer
Not Used
Not Used
Not Used
2 pin Connector (Strike Module)
Tan
Pink
Common
Door Closed and Latch Engaged
B4 Pin Connector (Strike Module)
Red (+)
Black (−)
Strike Power
Strike Power
2 Pin Connector (Door Position Switch)
Wire plugs into Hybrid Electric Strike
Installation Directions
RF5010 and RF5210: EXTERNAL ANTENNA
3
CAUTION! Before connecting any device at the installation site, verify that there is 12VDC input voltage using a multimeter.
Many power supplies and low voltage transformers operate at higher levels than listed. Any input voltage outside the electrical
specifications outlined on page 1 may cause severe damage to the unit and will void the warranty. This product contains
electrostatic sensitive components. We recommend proper grounding techniques be observed during installation.
Prepare Frame
Finish Installing
1. Prepare door jamb for hybrid electric strike per the appropriate
template detail (see pages 4-6). Be sure to allow enough room
behind the strike in the cutout to avoid pinching any wires.
11. Attach the faceplate to the hybrid electric strike, using the
#8-32 screws provided.
2. Drill a 1” diameter hole for reader/antenna per the appropriate
template detail (see pages 4-6). Note that the reader/antenna may
be positioned as desired, within limits of the 24”cable. If necessary
(e.g. wood frames), drill a channel from the reader/antenna to the
hybrid electric strike to accomodate the 24“ cable.
3. Drill a 3/8” hole for the door position switch per the appropriate
template detail (see pages 4-6). Note that the door position switch
may be positioned as desired, within limits of its 10” connector. If
necessary (e.g. wood frames), drill a channel from the door position
switch to hybrid electric strike to accomodate the 10“ cable. Next,
drill a matching 3/8” hole in the door and install the press-fit
magnet so that it will contact with the door position switch.
4. If applicable (e.g. aluminum frames), install mounting tabs (sold
separately as P/N 152) using #10-32 screws.
5. Verify that the strike is in the correct mode of operation. This
unit ships in fail secure mode. If you need to convert to fail safe, see
page 7.
Connect Components and Wiring
6. Check that the wires running from the host control panel are
adequate wire gauge for the components and distance (see Wire
Gauge Diagram below). Connect the wire leads of the three pigtails
provided to the host control panel wiring based on the wiring
diagram on page 2 and the appropriate termination at the host
control panel.
7. Mount the door position switch (DPS) into the frame. Route the
10” cable back to the electric strike and connect it to the 2 pin
connector coming out of the hybrid electric strike. It does not
matter which 2 pin connector is used. Note: the LBM & DPS are
wired in series--a ‘closed’ electrical circuit depicts a closed door
and extended latchbolt into the hybrid electric strike.
8. Attach the 8, 4 and 2 pin connectors at the hybrid electric strike
to the equivalent pigtail connectors routed from the host control
panel. Apply grease to the pigtail electrical terminals if used in a
humid environment
9. Connect the 24” cable to the reader/antenna (check labels to
insure that you connect the correct end). Then, install the
reader/antenna in the frame, using the #6-32 screws provided.
Snap on the reader/antenna cover and pull the 24”cable through
to the hybrid electric strike.
10. Plug the loose end of the 24” cable into the connector on the
side of the hybrid electric strike.
12. Install the trim enhancer on the hybrid electric strike (if
needed to cover any extra space).
13. Install the hybrid electric strike unit in jamb cutout, using
#12-24 screws provided (or wood screws where necessary).
14. If needed, see page 8 to make horizontal adjustments in
frame (RF5210 only).
15. If applicable, tighten the #10-32 screws holding the
mounting tabs.
Testing and Operation
16. When power is supplied to the hybrid electric strike, the LED
will flash green three times, while the beeper simultaneously
beeps. The LED will then turn red. This sequence indicates that the
micro-controller is operating properly.
17. Present a Proximity ID card to the reader/antenna. The LED will
turn green, while the beeper beeps once. This indicates that the
card was read successfully.
18. Simultaneously, the keeper will click open. This indicates that
communication between the host and the hybrid electric strike is
operational.
19. For further testing of communication with the host, consult the
manual for the control panel or the site’s system administrator.
Wire Gauge Diagram
12VDC @ 240 mA
Max. One-way Distance
Voltage Drop/100’
Recommended AWG
800’
0.15
12 Gauge
500’
0.24
14 Gauge
300’
0.38
16 Gauge
200’
0.61
18 Gauge
120’
0.97
20 Gauge
100’ or less
1.53
22 Gauge
Cutout Template
RF5010 and RF5210: EXTERNAL ANTENNA
4
RF5010 or RF5210 with 501 Faceplate
1-1/4” x 4-7/8” Square Corner Faceplate
ANSI Metal Jamb Installations
1-1/4” 32
4 -7/8” 124
1-5/16” 33
4 -1/8” 105
5/8” 17
3-3/8” 86
RF5010: 11/16” 17
RF5210: 13/16” 21
1” 25
3/8” 10
Reader/Antenna
Hybrid Electric Strike
RF5010 or RF5210 with 501-A Faceplate
1-1/4” x 4-7/8” Radius Corner Faceplate
Aluminum Jamb Installations
1 - 1/4” 32
1 - 5/16” 33
4 - 7/8” 124
4 - 1/8” 105
5/8” 17
3 - 3/8” 86
RF5010: 11/16” 17
RF5210: 13/16” 21
1” 25
R- 5/32” 4
3/8” 10
Reader/Antenna
Hybrid Electric Strike
Cutout Template
RF5010 and RF5210: EXTERNAL ANTENNA
5
RF5010 or RF5210 with 502 Faceplate
1-7/16” x 7-15/16” Radius Corner Faceplate
Aluminum and Wood Jamb Installations
Remove additional material as
needed to provide clearance for
hybrid electric strike and wires
1 - 7/16” 37
1 - 5/16" 33
5/8” 17
7 -15/16” 202
3 -3/8” 86
1 - 9/16” 40
RF5010: 11/16” 17
RF5210: 13/16” 21
3/8” 10
1” 25
1/8” 3
R- 5/32” 4
Reader/Antenna
Hybrid Electric Strike
RF5010 or RF5210 with 503 Faceplate
1-1/4” x 6-7/8” Radius Corner Faceplate
Aluminum Jamb Installations
1 - 1/4” 32
1 - 5/16" 33
6 - 7/8” 175
6 -1/8” 156
5/8" 17
3 - 3/8” 86
RF5010: 11/16” 17
RF5210: 13/16” 21
1” 25
R- 5/32” 4
3/8” 10
Reader/Antenna
Hybrid Electric Strike
Cutout Template
RF5010 and RF5210: EXTERNAL ANTENNA
6
Corner
1 - 3/8” 35
Remove additional material as
needed to provide clearance for
hybrid electric strike and wires
1 - 5/16” 33
10” 254
5/8” 17
3 - 3/8” 86
1 - 9/16” 40
RF5010: 11/16” 17
RF5210: 13/16” 21
1” 25
Reader/Antenna
3/8” 10
R- 5/32” 4
1/8” 3
Hybrid Electric Strike
Fail Safe Conversion
RF5010 and RF5210: EXTERNAL ANTENNA
7
c Fail Safe
a
Remove Reader Module
Finish
a. In order to change the mode of operation from fail secure
(standard) to fail safe, first detach the reader module by removing
the two screws on the back of the hybrid electric strike.
e. Replace the reader module and tighten the two
screws to hold it in place.
Convert Mode
b. Loosen the two #2-56 screws located on the back of the
strike module, as shown above, but do not remove them.
c. Move screws from the top of the hole to fail safe position.
d. Tighten screws.
Horizontal Adjustability
RF5210 (ONLY): EXTERNAL ANTENNA
8
a
c
K-NUT
b
a. If you need to make horizontal adjustments, begin by slowly turning the horizontal adjustment screws on the faceplate.
Do not remove the screws or rotate them more than 3 full turns
b. Adjust the unit in the frame.
c. To finish, securely tighten the screws. this allows the K-nut’s teeth to dig into the unit’s housing to prevent slippage during use.
Warning: Changes or modification to this device not expressly approved by HES, Inc., could void the user’s authority
to operate the equipment.
NOTE: This equipment has been tested and found to comply with the limits for a class [B] digital device, pursuant to Part
15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a
residential installation. 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 the equipment off and on, the user is encouraged to
try to correct the interference by one or more of the following measures:
Reorient or relocate the receiving antenna.
Increase the separation between the equipment and receiver.
Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
Consult the dealer or an experienced radio/TV technician for help
This class [B] digital apparatus meets all requirements of the Canadian Interference Causing Equipment Regulations.
Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this
device must accept any interference received, including interference that may cause undesired operation.
Cet appareillage numérique de la classe [B] répond à toutes les exigences de l’inerférencé canadienne causant des
réglements d’équipement. L’opération est sujette aux deux conditions suivantes: (1) ce dispositif peut ne pas causer
l’interférence nocive, et (2) ce dispositif doit accepter n’importe quelle interférence reçue, y compris l’interférence qui
peut causer l’opération peu désirée.
3065006.001 rev A
© 2010 HES, Inc.
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