HA-8190V 1-17
1.4 Installation
Apply the correct voltage (100 to 240 V AC ± 10%) and frequency (50/60 Hz) to the instrument. The wrong voltage
and frequency may result in fire or damage to the instrument and consequently lead to personal injury.
Use the power cord that comes with the instrument for the electrical connection to avoid electric shock and fire.
Connect the instrument’s power cord directly to a single outlet, without using an extension cord or power tap. The
power supply for the instrument is a maximum of 300 VA.
Use the specified RS-232C cross cable (double-shielded cable) to connect an external device to the 9-pin data output
terminal of the instrument. Use of other cables may cause electric shock or fire. For more information, contact your
distributor.
Use the specified Ethernet cable to connect an external device to the Ethernet terminal that is provided when the
optional Ethernet board is installed in the instrument. Use of other cables may cause electric shock or fire. For more
information, contact your distributor.
The START and STOCK terminals are used to connect an optional side sampler. Connecting to other devices may
cause damage to the instrument. For the installation and operating precautions of the side sampler, contact your
distributor. Install the side sampler under the supervision of a service person. Confirm operating precautions with
the service person before use.
Do not disassemble the instrument unless required for installation. Do not modify the instrument. Disassembly and
modification of the instrument may result in exposure to pathogenic microbes or cause fire or damage to the
instrument and consequently lead to personal injury.
If you need to disassemble the instrument after use, wear protective gloves to prevent exposure to pathogenic
microbes.
Do not bend or pinch the optical unit drain tube or liquid waste drain tube. Also, keep objects off of the tubes. Tubes
may be disconnected from the instrument and leak liquid waste if flow is blocked.
Set the bottle for liquid waste at the same or a lower height than the surface that the instrument sits on. If higher
than the instrument base, liquid waste may not drain properly and leak.
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