88181945-01-06 Technical Reference Manual ( Production Iss 06 December 2020).pdf - 第5页

5 Issue 06 , December 2020 Intended Use WARNING – Use only as described. Consult manufacturer before using for any other purpose. The Tempera t ure Control Module (TCM) is a precision tempe r a ture control module design…

100%1 / 42
4 Issue 06, December 2020
Safety
Warning Notices
To ensure the safe operation of equipment, all personnel must follow generally accepted
safety procedures. These procedures ensure their own safety and the safety of those
around them. In this manual and on the machine, safety symbols of the type described
below are shown when a potential hazard is given, the advisory notices should be
heeded at all times.
SYMBOL
DEFINITION
WARNING
ELECTRICAL HAZARD. High electrical voltage is present
that could cause injury or death. Do not remove protective
covers from the equipment housings or override protective
devices.
WARNING
BEWARE OF MOVING PARTS. Rotating fans are present that
could cause injury or death. Switch off power to fan motors
before removing panels and proceed with caution.
CAUTION
Refers to a possibly harmful situation. If not avoided,
damage could be caused to the product or something in its
environment.
WARNING - DANGER
Ensure machine is isolated from all sources of electrical
energy before removing access covers for service and
maintenance.
CAUTION - DO NOT COVER
Care must be taken to ensure airflow through the Air
Conditioning Unit is not obstructed. Over-heating and
possible failure of the machine may occur if not observed.
DO NOT COVER
PROTECTIVE EARTH CONNECTION
If it is necessary to remove Protective Earth Connections to
enable repair/maintenance, care should be taken to ensure
connections are remade on completion and prior to
reinstating the machine power supply.
5 Issue 06, December 2020
Intended Use
WARNING – Use only as described.
Consult manufacturer before using for any other purpose.
The Temperature Control Module (TCM) is a precision temperature control module
designed to enhance the Print Process by providing a highly stable and accurately
controlled air temperature within ASM’s range of printers.
The operating range of the TCM offers wide control of the process temperature either
side of factory ambient. As applications become more varied the requirement to produce
high yield results can be aided by the ability to heat as well as cool from factory ambient.
The TCM uses a re-circulating air system. Air entering the TCM is passed via a fan
through an air conditioning module where it is cooled and dehumidified before being
ducted into a plenum containing air heaters. A PID controller modulates the power
output of the heaters to accurately achieve the required set temperature. The
temperature conditioned air then passes through a filter and fed on through ducting into
the print process area of the ASM printer. The air is then re-circulated back to the TCM
via ducting located beneath the printer. Duct design has been formed to achieve minimal
airflow rates over the process area prolonging tack performance of solder pastes and
increasing stencil life.
Due to its optimized design and re-circulating system, the TCM is energy efficient and
requires minimal input power from a single-phase mains supply. The TCM will
automatically shutdown following a predetermined delay if the printer is powered down
or when the printer covers are left open. The design minimises the production of waste
heat, which is vented through the top of the TCM alleviating the need for any connection
to factory extraction systems.
To monitor process temperature the TCM utilizes the output from the printer’s integrated
Temperature Sensor located on the print carriage. This results in accurate feedback and
control with the option to SPC log the print process temperature.
To prevent process contamination conditioned air is passed through a filter before
entering the printer. The possibility of process contamination is further reduced due to
the TCM maintaining a higher air pressure within the printer compared to the
surrounding environment thus limiting the ingress of airborne particles.
The Module’s operating status is indicated by provision of a 'four colour' beacon clearly
visible to line operators. Any condensate produced can be gravity piped to drain or
collected in an easy to empty 5-litre container. Two sensors monitor condensate level
and give a warning via the beacon when the container requires emptying. The TCM will
automatically shut down if the container is not emptied to prevent overflow.
The TCM has been designed for robust reliable operation, resulting in a long lifetime
product. Ergonomic modular design features allow for ease of maintenance without any
requirement for specialist refrigeration resource.
6 Issue 06, December 2020
Installation
Technical Data
DESCRIPTION
15 – 35˚C
30 – 70% @ 20 ˚C
+/- 8˚C of ambient within a programmable range of 19 – 30˚C
+/- 1˚C
Recirculating
2000W
0 – 10vDC (0 - 50 ˚C) Shared output from printer sensor
R134/0.475Kg
12.6A
20A
230V +/- 10% (207v to 253v working range)
Type C 16A
50/60Hz
6kA @ 230V
2.5mm (14AWG) 3-Core, 300/500v
PVC: H05VV-F (SJT), Rubber: H05RN-F (S)
L = Brown, N = Blue, E = Green/ Yellow
0.5mm (22AWG), 600V, 105 ˚C
1.5mm (1.6AWG), 600V, 105 ˚C
65dB(A) @ 1m
1280mm (H) + Beacon, 540mm (W), 608mm (D)
112Kg
Collected in a 5 litre container for disposal or diverted directly to a
drainage system where available