Panasonic HL-C1 Series, User Manual

Page: 159 / 170

CHAPTER 9 SPECIFICATIONS
9-3
9-2 Controller
NPN Output Photo-MOS output
Model No.
HL-C1C HL-C1C-M
Supply voltage 24V DC ±10% Incl. ripple 0.5V (P-P)
Current consumption
When 2 sensors are connected: Approx. 550mA
When 1 sensor is connected: Approx. 430mA
Sampling period 100µs, 144µs, 200µs, 255µs, 332µs, 498µs, 1,000µs
Serial input/output RS-232C
Thermal characteristics ±0.01% F.S./
o
C
Voltage
Output voltage: –5 to +5V/F.S. (diffused reflection mode)
–4 to +4V/F.S. (specular reflection mode)
(Variable by analog output setting maximum value at power ON: ±5V)
Output range: –10.9 to +10.9V, max. 2mA, output impedance 50

Analog
Output
Current (*1)
Output voltage: 4 to 20mA/F.S. (diffused reflection mode)
5.6 to 18.4mA/F.S. (specular reflection mode)
(Variable by analog output setting Maximum value at power ON: +20mA)
Output range: 0 to 29.5mA (Max. 25mA at max. load impedance)
Load impedance: 250

max.
Photo-MOS
Maximum load current: 50mA
Applied Voltage: 30V DC or less
(While alarm output is COM)
ON impedance: 35

or less
Alarm Output
N-channel FET Open Drain
Maximum in-flow current: 100mA
Applied Voltage: 30V DC or less
(While alarm output is 0V)
ON impedance: 5

or less
Operation time: max. 2ms
Output Operation ON when the amount of light is excessive or insufficient.
Short Circuit Protection Incorporated
Photo-MOS
Maximum load current: 50mA
Applied Voltage: 30V DC or less
(While judgment output is COM)
ON impedance: 35

or less
Judgment Output
(O
1
, O
2
)
N-channel FET Open Drain
Maximum in-flow current: 100mA
Applied Voltage: 30V DC or less
(While judgment output is 0V)
ON impedance: 5

or less
Operation time: max. 2ms
Output Operation
Opened or closed when the threshold value is reached. Determined
based on judgment output mode selection.
(The threshold value varies with the hysteresis setting.)
Short Circuit Protection Incorporated
Timing Input
(Laser emission)
Laser emission stops or continues
if a short or open circuit occurs:
Determined based on input mode
selection.
Working input voltage : 12 to 24V DC
Maximum input voltage : 30V DC
Laser emission stops or continues
when voltage is input or there is an
open circuit:
Determined based on input mode
selection.
Zero Set ON Input
Zero set goes ON when there is a
short circuit.
Working input voltage : 12 to 24V DC
Maximum input voltage : 30V DC
Zero-set: ON when voltage is input
Zero Set OFF Input
Zero set goes OFF when there is a
short circuit.
Working input voltage : 12 to 24V DC
Maximum input voltage : 30V DC
Zero set: OFF when voltage is input