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Table 1 Half cable wiring information (continued)
Pin Signal
Color
4
Description
Rating
6
Program
Complete
output
Green
Typical state: open circuit. This
output goes to ground for
90 seconds at the end of the
sampling program.
Use this output to start another
sampler or to signal an operator
or data logger at the end of the
sampling program.
This output is an open drain output with 18 V
zener clamp diode for over-voltage protection.
The output is active low with respect to pin 2.
Absolute maximum ratings for the output
transistor: sink current = 200 mA DC maximum;
external pull-up voltage = 18 VDC maximum
7
Shield
Silver
The shield is a connection to
earth ground when AC power is
supplied to a sampler to control
RF emissions and susceptibility
to RF emissions.
The shield is not a safety ground. Do not use
the shield as a current carrying conductor.
The shield wire of cables that are connected to
the AUX I/O port and are more than 3 m (10 ft)
should connected to pin 7.
Only connect the shield wire to earth ground at
one end of the cable to prevent ground loop
currents.
Connect a sensor
To connect a sensor (e.g., pH or flow sensor) to a sensor port, refer to
.
Figure 12 Connect a sensor
Startup
Set the instrument to on
The refrigerator starts after a 5-minute delay when power is supplied to the sampler. The refrigerator
continues to operate when the controller is set to off or the power is removed from the controller.
Push the
POWER
key on the controller to set the controller to on.
To set the refrigerator to off, push the
POWER
key on the controller. Then, disconnect the power
cord on the AWRS or the two power cords on the refrigerated sampler.
Preparation for use
The physical installation is now complete. Refer to the operations manual to complete the setup for
the first use.
18
English
Summary of Contents for AS950 AWRS
Page 2: ...English 3 Fran ais 27 Espa ol 52 Portugu s 77 102 124 2...
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Page 108: ...2 AWRS 1 6 11 2 7 12 3 8 13 4 9 AWRS 14 5 10 86 kg 190 lb 90 kg 198 lb 3 108...
Page 110: ...4 AWRS 1 2 2x 111 5 5 110...
Page 111: ...1 6 8 2 8 6 1 24 1 L 4 8 24 7 2 24 350 mL 5 8 AWRS 3 6 9 1 7 PE 2 8 PE 111...
Page 112: ...3 9 102 7 8 112...
Page 113: ...9 1 2 3 GFCI GFI 15 A AWRS 5 10 113...
Page 116: ...pH 12 12 5 POWER POWER AWRS 116...
Page 117: ...13 1 13 2 3 4 5 O 6 13 1 3 O 2 4 117...
Page 118: ...4 6 m 15 2 m 15 ft 50 ft 1 2 14 3 4 5 14 1 7 2 8 AWRS 3 9 4 10 5 11 AWRS 6 12 AWRS 118...
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Page 130: ...2 AWRS 2 AWRS 2 AWRS 1 6 11 2 7 12 3 8 13 4 9 AWRS 14 5 10 86 Kg 90 kg 3 HACH Japan 130...
Page 131: ...3 1 5 AWRS 2 6 3 7 4 8 3 2000 m 2 000 m AWRS 124 1 127 AWRS 3 8 4 1 2 14 NPT 3 131...
Page 132: ...4 AWRS 1 2 2 1 133 5 5 132...
Page 133: ...1 6 8 1 2 8 6 1 24 x 1 L 4 8 24 7 2 24 x 350 mL 5 8 AWRS 3 1 6 9 133...
Page 134: ...1 7 PE 2 8 PE 3 9 124 7 134...
Page 135: ...8 9 1 2 3 GFCI GFI 135...
Page 139: ...1 4 6 90 18 V 2 200 mA DC 18 VDC 7 RF RF AC AUX I O 3 m 7 12 12 5 POWER POWER AWRS 2 139...
Page 140: ...13 1 13 2 3 4 140...
Page 141: ...5 O 6 13 1 3 O 2 4 4 6 m 15 2 m 1 2 14 3 4 5 141...
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Page 145: ...1 2 4 8 mm 19 mm 15 1 3 4 15 1 4 152 4 mm 177 8 mm 190 8 mm 7 2 5 3 6 145...
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