Description; Control Unit; Technical Data; Commissioning - Weller WSD 130 Instrucciones Para El Manejo

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1. Description

1.1 Control Unit

The WSD 130 Soldering Station belongs to a family of equipment developed for industrial
production as well for the repair and laboratory sectors. Simple and easy operation is made
possible by the use of a microprocessor. Two different soldering irons can be operated at the
same time on two independent digital temperature regulators. The soldering irons themselves
are automatically identified by the soldering station and assigned the appropriate control
parameters. The particularly powerful 24 V heater elements provide excellent, dynamic
behaviour making the soldering irons universal in their application.
Various possible ways of equalising potential on the soldering iron tip, a zero voltage switch,
as well as anti-static features on the control unit and soldering irons, supplement the high
standard of quality. The functional diversity of this soldering station is further expanded by
the possibility of connecting an additional input unit. Using the optional WCB 1 and WCB 2
Input Units, timing and locking functions, amongst others, can be realised. An integrated
temperature measurement unit and PC interface are included in the extended scope of the
WCB 2 Input Unit.
The required temperature can be adjusted over the range 50ºC - 450ºC via 2 buttons (Up/
Down). Target and actual value are digitally displayed by making the appropriate selection
using the channel button. Achievement of the pre-set temperature is indicated by an LED
assigned to the channel; this LED thus serves as an optical regulator monitor. Continuous
illumination means that the system is warming up.
1.2 Soldering irons
LR 21: Our "standard" soldering iron. With a power of 50 watts and a wide spectrum
of soldering tips (ET series) this soldering iron can be used anywhere in the
electronics sector.
MLR 21: With its 25-watt power and slim design, this micro-soldering iron is especially
well-suited for fine soldering work with a low heating requirement.
MPR 30: The Weller Peritronic MPR 30 soldering iron has an adjustable working angle
of 40° to enable an individually ergonomic soldering process. The 25-watt
power and slim design makes this soldering iron suitable for fine soldering
work.
WTA 50: The unsoldering tweezers WTA 50 were specially designed for unsoldering
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SMD components. Two heating elements (2 x 25 watts), each with its own
GB
temperature sensor, ensure constant temperatures at both ends.
LR 82: High-performance 80 watt soldering iron for soldering work with high heat r
equirements. The soldering tip is attached by a bayonet catch to ensure correct
position when using different tips.
WSP 80: The soldering iron WSP 80 is characterized by its capacity for reaching the
soldering temperature quickly and precisely. Its slim design and heating power
of 80 watts makes universal usage possible - from extremely fine to high-
temperature soldering work. Work can be continued immediately after switching
soldering tips, since the temperature is reached again quickly.
See "Accessories" for additional tools.

Technical Data

Dimensions in mm: 166 x 115 x 101 (L x B x H)
Mains Voltage (10): 230 V / 50 Hz
Power Consumption: 135 W
Protection Class: 1 (Control Unit) and 3 (Soldering Irons)
Fuse (11): T630mA (230 V)
{5 x 20 in the power unit}
Temperature Regulator: 50ºC - 450ºC
Precision: ± 9°C
Potential Equalisation (13):
Via a 3.5 mm jack on the rear of the unit (Initial condition -
directly earthed)

2. Commissioning

Mount the soldering iron holders (see exploded diagram). Place the soldering iron in safety
holder. Plug the soldering iron connectors into sockets (6) and (8) on the control unit and lock
by turning slightly to the right. Check whether the mains voltage matches with the information
on the rating plate and that the mains switch (1) is in the off position.
Plug the control unit into the mains (10). Switch on the unit at the mains switch (1). When the
unit is switched on, a self-test is performed during which all the display elements (2) are
operated. The temperature set (target value) on the activated channel is then briefly displayed
along with the temperature scale (ºC/ºF).The electronics then switches automatically to the
current value display. LED (5) or (9) illuminates. These light emitting diodes are optical regulator
monitors. Continuous illumination means that the system is heating up. Flashing indicates
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