Important Note: Read this document thoroughly, in conjunction with the user guide,
before using the RD5000WLT transmitter.
Your safety or the safety of others may be at risk if the RD5000WLT is not used in
accordance with the manufacturers' instructions.
Key to symbols used on the RD5000WLT Transmitter:
Symbol
Description
Refer to manual for specific safety instructions or advice.
Accessory connection socket.
Type and orientation of auxiliary battery.
Standard D Cell (LR20), max 1.V voltage per cell.
For best performance use alkaline batteries.
RD5000WLT Transmitter Technical Specification
Frequency
Nominal power output
Batteries
Warranty
Compliance
Weight
Environment
Operating temperature range
Storage temperature range
Output voltage
Extended warranty available upon registration, within 3 months of purchase, at: www.radiodetection.com/extendedwarranty
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Batteries
Internal Battery
The RD5000WLT has an internal Li-Ion
rechargeable battery and is supplied with
bespoke charging equipment.
Use of alternative charging equipment
will compromise the safe operation of the
equipment.
The internal battery has no user serviceable
components and it must not be dismantled
or modified as this will compromise safety.
If a battery failure is suspected, the equipment
should be repaired using original spare parts
by an authorized repairer.
User Guide – Addendum
3kHz (3,0Hz ±5Hz).
1W in Direct Connect mode.
Internal rechargeable battery pack, x D-Cells (LR-20).
12 months.
3 months.
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FCC, Canada 310 RoHS, WEEE, CE.
1.kg (3.5lbs) (including rechargeable batteries).
IP5.
-20°C to +50°C (-°F to 122°F).
-0°C to +0°C (-0°F to 15°F).
Max 30V RMS (direct connect mode).
Waste Lithium Ion batteries should not
be placed in municipal waste, punctured,
incinerated, crushed etc. They should be
handled and recycled correctly.
Auxiliary Batteries
The RD5000WLT has an option to bypass the
Li-Ion battery by the installation of standard
alkaline D-Cells. If installed the D-Cells take
priority over the Li-Ion battery.
Do not mix battery types.
Any D-Cell (LR20) with a max terminal
voltage of 1.V can be inserted, however,
for best performance use Alkaline cells.
Note: These cells will not be charged by
the supplied charging equipment.
20