ECL150 & ECL150e

Description

Precision Performance

• Linearity: 0.2%
• Resolution (Typical, Dependent on Probe and Range)
  • ECL150 Nonferrous: 0.006% RMS
  • ECL150 Ferrous: 0.008% RMS
  • ECL150e: 0.3 µm RMS or higher
• Selectable Bandwidth (kHz): 0.25, 1, 10, 15
• ±5 VDC Outputs

Compact Solution for Embedded Applications

• 1-8 Channels
• Small Volume Package
• Low Power/Heat
• Range Indicating LEDs
• Probes can be ordered as vacuum compatible
• Available without enclosure
• CE Compliant

Life-Cycle Status: Active

Export Requirements

Because of high resolutions, exports of the ECL150 may require an export license. The ECL150e has different resolution specifications and can ship without export license delays.

Specifications

Typical specifications for standard targets and probes. Actual values depend on probe, target, and calibration. Specifications assume a target area at least three times the diameter of the probe.

Resolution: RMS, TypicalDependent on probe and range. See Range Table for resolution specifics.	ECL150	0.006% RMS (Nonferrous); 0.008% RMS (Ferrous)
	ECL150e	Greater of 0.4 µm or 0.006% RMS (Nonferrous); 0.008% RMS (Ferrous)
Linearity		0.2% of Range
Error Band		0.4% of Range
Maximum Bandwidth		15 kHz
Driver Temperature Drift (15°C-50°C)Typical. See Probe/Range chart for details.	nonferrous	0.01% F.S./°C
	ferrous	0.01% F.S./°C
Probe Temperature Drift (15°C-65°C)Typical. See Probe/Range chart for details.	nonferrous	0.01% F.S./°C
	ferrous	0.01% F.S./°C
Analog Output		±5 VDC, 0 Ω, 15 mA
Input Power		12 to 24 VDC, 1-2 Channels – 2.5 W 3-4 Channels – 3.5 W 5-6 Channels – 4.5 W 7-8 Channels – 5.5 W
Driver Operating Environment		4°C-50°C IP64
Probe Operating Temperatures Standard Probes come with PUR (Polyurethane) jacketed cables. High Temperature Probes have FEP jackets. Other temperature ranges may be possible. Contact us for more information. Standard Probes: IP67 High Temperature Probes: IP63		U3 Probe	Standard Probe (PUR Cable): -25°C to +125°C (Available with optional FEP cable)High Temperature Version Not Available
		U5-18 Probes	Standard Probes: -25°C to +125°CHigh Temperature Probes: -25°C to +200°C
		U25-50 Probes	Standard Probes: -25°C to +125°CHigh Temperature Probes: -25°C to +175°C

 

Probes, Ranges, and Resolutions (Probe Dependent) Listed specifications assume a 3 meter probe cable; flat measurement area diameter at least 3 times larger than the probe diameter; and no customizations. Probes can be ordered as vacuum compatible. custom probesare available.

Ranges, Resolutions, Thermal Drift

Listed specifications are for standard target materials: Nonferrous – Al 6160, Ferrous – 4140 Steel.

Range mm inch	Near Gap mm inch	Probe	Target Type	ECL150 Resolution (RMS)* nm µinch				ECL150e Resolution (RMS)* nm µinch	Thermal Drift** ±%F.S./°C
				250 Hz	1 kHz	10 kHz	15 kHz	15 kHz	Probe	Driver
0.50 0.020	0.05 0.002	U3	nonferrous	35 1.4	45 1.8	60 2.4	65 2.6	400 16	0.04	0.04
			ferrous	60 2.4	80 3.2	100 4.0	110 4.4	400 16	0.08	0.08
1.25 0.050	0.25 0.010	U5	nonferrous	75 3.0	100 4.0	140 5.6	150 6.0	400 16	0.04	0.10
			ferrous	130 5.0	180 7.0	240 9.5	260 10	400 16	0.10	0.10
2.00 0.080	0.35 0.015	U8	nonferrous	75 3.0	100 4.0	135 5.5	145 6.0	400 16	0.02	0.04
			ferrous	100 4.0	125 5.0	180 7.0	200 8.0	400 16	0.04	0.04
3.50 0.140	0.60 0.025	U12	nonferrous	120 4.8	160 6.3	210 9.0	240 10	400 16	0.02	0.01
			ferrous	150 6.0	200 8.0	250 10	300 12	400 16	0.03	0.01
5.00 0.200	0.75 0.030	U18	nonferrous	170 7.0	240 10	300 12	340 14	400 16	0.01	0.01
			ferrous	230 9.0	300 12	390 16	450 18	500 18	0.01	0.01
8.00 0.320	1.25 0.050	U25	nonferrous	330 13	430 17	600 24	650 26	650 26	0.01	0.01
			ferrous	360 15	480 20	650 26	750 30	750 30	0.01	0.01
12.5 0.500	1.50 0.060	U38	nonferrous	600 24	750 30	1000 40	1200 48	1200 48	0.01	0.01
			ferrous	650 26	800 32	1100 44	1300 52	1300 52	0.02	0.01
15.0 0.600	2.00 0.080	U50	nonferrous	750 30	1000 40	1300 52	1400 56	1400 56	0.01	0.01
			ferrous	800 32	1100 45	1400 55	1500 60	1500 60	0.01	0.01
* Peak-to-Peak values are approximately 8-10 times RMS values. Bandwidth filters are included in the ECL150 for the rated resolutions at bandwidth. In high EMI environments, output noise may rise to 0.060 VRMS (0.6% resolution) and DC shift of up to 0.2 VDC. **Thermal Drift specified at: Probe: 15°C – 65°C; Driver: 15°C – 50°C

 

Mechanical

Standard Model (with enclosure)

Model without enclosure

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