The RTS RKP-4 UHF wireless keypanel system is the ultimate in reliable, high performance, encrypted full duplex
communications.
The RKP-4 system includes the RKP-4B frequency agile base
station and a RKP-4 frequency agile beltpack.
The RKP-4 system is ideal for users who want the freedom of
a wireless keypanel and want full access to the most commonly used keypanel features. It is for those who generally communicate with four or less locations in the intercom system at
any given time.
The RKP-4 systems has been designed for reliable, efficient
operation. Operating in the 482 to 746 MHz range. The unit
has expansion ability to add dozens of base stations to create
a system. The high-efficiency beltpack provides up to 10
hours of uninterrupted operation using standard alkaline batteries.
System Features
.Frequency agile base station and beltpacks.
.
No external computer/device required to select
frequencies or set parameters.
wireless communication between the base station and belt
pack.
.
AC or DC operation in the 12 to15 Volt range.
.Backlit base station LCD allows the user to easily monitor
the beltpack’s status.
.
The frequencies of a beltpack may be changed at the belt-
pack or from the base station.
.
Beltpack units contained in a weather and shock resistant
die cast magnesium case.
.
4-wire, balanced audio input and output.
.
Compatible with Adam, Adam CS, Cronus, and
Zeus Digital Matrix Intercom Systems.
.
Relay contact closure on the base station that can be acti-
vated from the beltpack.
.
ClearScan function to automatically find the best chan-
nels on which to operate.
.
Base stations are table or rack mountable.
.Alphanumeric call waiting display.
.
Auxiliary balanced audio input and output.
.
Full-function intercom keys with LED indicators.
RTS® is a registered trademark of Telex Communications, Inc.
1-1
1-2
Figure 1-1
RKP-4B -Block Diagram
Figure 1-2
RKP-4 Block Diagram
1-3
1-4 Blank
Controls and Connections - Front Panel
2
Section
RKP-4B Base Station
Figure 2-1
RKP-4B -Front Panel
1.On/Off Switch: Turns the base station on/off
2.[Menu] and [Set] buttons: Used to select menus and
set options on the LCD.
3.Backlit LCD w/Contrast Adjust: Adjust the level of
contrast to the LCD.
4.[Up] and [Down] buttons: Used to select menus and
set options on the LCD.
5.Peak Aux Level Light: Will flash red when the auxiliary input level into the base station is high.
6.Peak Matrix Level Light: Will flash red when the
intercom input levels into the base station are high.
7.Talk Light: Green when the talk button is active. Will
turn red when the microphone level into the local headset is high.
8.Talk Button: Press to enable the audio path from the
headset.
9.Headset Volume: Used to adjust the volume level out to
a headphone.
11. Local Headset Connector: Female XLR connector.
A dynamic or electret headset microphone is automatically
detected.
Figure 2-2
Local Headset Wiring
10. Microphone Gain: Adjusts the audio gain from the
local headset microphone.
2-1
Controls and Connections - Rear Panel
Figure 2-3
RKP-4B - Rear Panel
12. Relay Contacts: Normally Open. When activated it will
close.
13. Receive Antenna Connector: TNC Female connector.
The color dot near the connector must match the color of
the antenna.
14. Auxiliary Connector: RJ-12 connector used to connect
balanced auxiliary audio into and out of a base station.
15. CAN Bus: RJ-45 connectors used to connect a base station to a CAN type of communications bus.
16. Matrix Connector: RJ-12 connector used to connect
balanced 4-W audio into and out of the base station.
17. Ground Lug: Allows customer the option to ground the
unit to a common system ground if needed.
18. Power Connector: Input power jack that requires
12 to 15 Volts AC or DC at 1000 mA.
19. Transmit Antenna Connector: TNC Female con-connector. The color dot near the connector must match the
color of the antenna.
2-2
Section
3
RKP-4 Beltpack
RKP-4 Top Panel
Controls and Connections - Top Panel
1.On/Off & Volume Control: Turns the beltpack power
on and controls headset volume.
2. Intercom Buttons: Assignable for several types of
operation, including talk only, listen only, talk with autolisten, and all-call (where activating the key also activates all keys to the left of that key). Keys feature
momentary or latching operation. For momentary operation, the operator presses and holds a key while communicating, then releases it when finished. For latching
operation, the operator taps a key to turn it on, then taps
it again to turn it off. Latching can be disabled via software options in the base station or from AZedit. Two bicolor (red and green) LED indicators for each key provide indications for talk on/off, listen on/off, incoming
call, busy (for keys assigned to talk to IFB’s), and in-use
(for keys assigned to talk to either IFB’s or ISO’s).
3. Copy and Scroll keys: Used for key and setup page
assignment. Can also be used to talk to any location in
the intercom system when no intercom key is assigned.
(Note: There are 4 setup pages. Each contains a complete set of key assignments.)
Figure 3-1
5. Relay push button: A momentary or latching (set via
beltpack software) push button for activating the relay
contact closure on the rear of the base station.
7. [MENU] and [SET] buttons: Used to select menus and
set options on the LCD.
8. LCD (Liquid Crystal Display)
9.[UP] and [DOWN] buttons: Used to select beltpack
options on the LCD.
10. Headset Connector: Female XLR connector. A dynamic
or electret headset microphone is automatically detected.
11. Battery Latch: Press down to enable the battery pack to
be released. While the latch is held down, slide the battery pack about 1/8 inch back, toward the latch, until it
stops, then lift out.
12. Receive and Transmit Antennas: The antennas are
screw type, ¼ wave, replaceable antennas. The color dot
on the screw end of the antenna must match color dot on
antenna receptacle.
Figure 3-3
Headset Jack Wiring
3-2
Section
4
Specifications
RKP-4B
Specifications
Overall
RF Frequency Range . . . . . . . . . . . . . . . . . . . . .482 - 608 MHz, 614 - 746 MHz in 18 MHz TX and RX bands
S/N Ratio out to Matrix port . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .80 dB (30kHz Low Pass Filtered)
4-2
Unpacking
5
Unpack your RKP-4 system. Below are the items that should
come with our base station and each belt pack. Contact the
shipper or your dealer immediately if anything is damaged or
missing.
RKP-4B
QuantityDescription
1RKP-4 Base Station
1Operating Instructions (CD-ROM)
1In-Line Power Supply
2Antennas (one Transmit, one Receive)
Section
Initial Equipment Set-Up
RKP-4
1Limited Warranty Sheet
4Rubber Feet
1Gain Adjust Plastic Screwdriver
1Two Terminal Plug (for Relay)
2Large Phillips Pan head Screw for Rack Mounting
2Small Phillips Flathead Screw for rack Mounting
1Single Unit Rack Mount Bracket
1Dual Units (Side by Side) Middle Rack Mount Bracket
1Rack Mount side Bracket
QuantityDescription
1RKP-4 Beltpack with Antennas
1Instruction Sheet
1Battery Pack
1Limited Warranty Sheet
5-1
Rack Mounting
The rack mounting brackets come with each RKP-4. These
brackets may be used to mount a single base station in a 19” wide
rack or mount two base stations side by side in a rack. Figure 5-1
shows the three brackets that come with a base station.
Figure 5-1
Rack Mount Brackets
Rack Mounting Two Base Stations
Side-by-Side
1.Remove the four pan head screws (two on each side)
closest to the front panel.
2.Place the double unit side brackets on the sides of the
base stations you wish closest to the edge of the rack.
3.Replace the two pan head screws and use a third pan
head screw (2 supplied with base station) to screw unto
the upper middle location of the rack mount middle
bracket.
4.Place the dual bracket on the other sides of the base stations. Make sure the bracket is flipped so the front bend
is toward the front of the base station. As you face the
rack, the right base station will have the middle bracket
front bend high and left base station will have the bend
low.
Rack Mounting a Single Base Station
1.Remove the four pan head screws (two on each side)
closest to the front panel.
2.Place the double unit side bracket on the side of the base station you wish closest to the edge of the rack.
3.Replace the two pan head screws and use a third pan head
screw (2 supplied with base station) to screw into the
upper middle location of the bracket.
4.Place the single unit rack mount bracket on the other
side of the base station.
5. Replace the two pan head screws and the other pan head
screw that came with the base to secure the bracket.
Screw the third screw into the upper middle hole of the
bracket.
6.Use the rack mount screws (not supplied) to secure the unit to
the rack.
5.Replace the two pan head screws and the other pan head
screw into the upper middle hole of each bracket.
6.Use the four flat head screws (2 supplied with base station) to secure the top and bottom of the middle brackets together.
7.Use rack mount screws (not supplied) to secure the unit to
the rack.
Figure 5-3
Rack Mounting Two Base Units Side-by-Side
Rack Mounting of a Single Unit
Figure 5-2
5-2
Antenna Connection
The base station is supplied with two (2) antennas.
One 1/2-wave antenna for Transmit and one 1/2-wave for
Receive. The antennas have TNC male connectors.
The frequency range of the antennas should match the receiver and transmitter of the base station. Match the color code on
the antenna with the color code on the base station.
Attach the transmit 1/2-wave antenna to the antenna input
receptacle labeled “TRAN” on the right side of the rear panel.
The antenna should be vertically aligned.
Figure 5-4
Attaching Transmit 1/2-Wave Antenna
Attach the receive 1/2-wave antenna to the antenna input
receptacle labeled “RCV” on the left side of the rear panel.
The antenna should be vertically aligned.
Figure 5-6
Vertically Polarized Antennas
Distance between Antennas
The distance between the base station’s receive and transmit
antennas is not adjustable when the antennas are connected
directly on the back of the unit.
The antennas can be remoted for better signal path. A Telex
coax assembly with remote antennas may be required. See
“Accessory and Replacement Parts” section for ordering
information.
NOTE: If your base station is to be located in a shielded rack
mount enclosure or other poor RF location, you must remote
the 1/2-wave antennas with coax assemblies. See
“Accessories and Replacement Parts” section for remote
mounting hardware.
Antenna Placement
Proper antenna placement probably has the most effect on
your TELEX Wireless Intercom System’s overall performance. The following suggestions will result in optimum performance.
Attaching Receive 1/2-Wave Antenna
Figure 5-5
Antenna Polarization
The Telex Wireless Intercom System is “Vertically Polarized”.
This means both the transmitting and receiving antennas should
operate in the vertical position.
Proper placement of the beltpack can be critical. The antennas
should be in the open. Bending the antennas up and placing
the beltpack in a pocket, etc., will reduce system distance.
It is suggested that the unit be worn on the belt or pocket with
both antenna’s vertical for best operating range and performance.
Figure 5-7
Proper Dressing of the Antennas
5-3
Keep the distance between the base station and the beltpacks
as short as possible. The greater the distance, the weaker the
signal. Make sure the “signal paths” between the base station
and beltpacks are unobstructed. You should be able to visibly
locate the base station antennas at all times for best performance.
Attempting to operate the wireless intercom system through
or around walls, ceilings, metal objects, etc. will reduce system range and performance.
Distance Between base station and beltpack
Figure 5-8
Operating System Near Obstructions
Figure 5-10
DO NOT - mount the base station 1/2-wave antennas on, or
next to metal, such as beams, walls with metal studs, equipment racks, etc. This also applies to the antennas when assembled directly to the Base Station. This will “detune” the antennas which can result in noise or loss of RF signal at the base
station.
Keeping the distance from the base station and beltpack as
short, and unobstructed as possible will produce the most reliable performance.
The base station is supplied with two antennas. This should
provide satisfactory system performance in most applications.
System range can be enhanced by remoting the 1/2-wave
antennas.
Keeping Site Clear to Antennas
Figure 5-9
5-4
Figure 5-11
Antenna Placement
5-5
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