Helios Plus - EtherNet-IP

產品型號：Helios Plus - EtherNet-IP
產品說明：

價格(NTD)：$0

產品說明

Model Use	Helios Plus - EtherNet/IP High power industrial laser measurement
Absorber Type	LP2, absorption ~ 94%
Power Range	50W - 12kW
Energy Range	100J - 5kJ
Exposure Time (see table below)	0.3- 4s^(a)
Wavelength	450-550nm, 900-1100nm
Aperture	50mm
Max Beam Diameter	35mm
Maximum Energy Density	4kJ/cm²
Calibration Uncertainty	±1.9%
Accuracy^(b)	±3% (900-1100nm) ±3.5% (450-550nm)
Linearity with Energy	±1.5%^(c)
Reproducibility	±1%
Response Time	3s
Waiting Time for Next Measurement	12s
Maximum Exposure Before Cooling Down is Necessary	Maximum operating temperature of 60degC will be reached after exposure to 30kJ (e.g. 6 shots at 5000W, 1s). Cooling down time before another 5kJ shot, 3min.
Power Supply	24 VDC ±5%, max 2 A (for daisy-chaining)
Power Consumption	4.8W
Communication	EtherNet/IP, RS232
Dimensions	(L x W x H) 200 x 100 x 84 mm (closed); 200 x 123 x 144 (open)
Position of Mounting Holes	6.6 mm holes spaced at 90x190 mm
Weight	2.5kg
Indicators	7 indicator LEDs
Operating Temperature	10-60°C
Humidity	10-80%
Recommended exposure times and 1/e² Gaussian beam diameters	Laser power W	Recommended exposure s	min 1/e² beam dia. mm	Laser power W	Recommended exposure s	min 1/e² beam dia. mm
	50	2	9	2000	1	12
	100	2	9	5000	1	18
	500	2	9	10000	0.3	22
	1000	1	9	12000	0.3	25
Data connections	2x AIDA compatible RJ45 connectors, 1x RS232 - DB9 connector
Power connectors	2x AIDA compatible connectors
Cover	Motor driven cover opens sideways
Accessories Supplied with Helios Plus	1. Power Supply Cable (P/N 7Z10458A), 2. Data Cable – Profinet & EtherCAT (7E01298), EtherNet/IP (P/N 7E01299)
Optional Accessories	1. D9F to D9M Shielded 10m RS232 Cable (P/N 7E01209), 2. Helios Plus Window Replacement Kit (P/N 7Z08369)
Compliance	CE, UKCA, China RoHS
Part number	7Z07101
Notes: a) Repetitive pulses can also be measured as long as the total exposure time is within this range. (b) The power is calculated by measuring the energy and exposure time. The laser pulse is assumed to be rectangular for this calculation. (c) For pulse widths in the range 0.3 – 4s.