Description
The LZEW300 is a SmartVisionLink-enabled washdown linear light. It€™s the first in the industry that can be ordered with an FDA-compliant non-stick aluminum housing. A 316 stainless steel option is also available. With the addition of the BTM-1000 Bluetooth module, the LZEW300 can be wirelessly adjusted for intensity levels. The LZEW300 can be connected in a series of up to six lights through daisy-chain, to create a total of 18 independently controllable lighting zones.
Recommended illumination usage: Bright Field, Direct Lighting, and Dark Field
Product Details
- FDA compliant non-stick coated aluminum housing or 316 stainless steel housing
- Connect up to six LZEW300 linear lights
- NanoDrive provides the ability to turn the light fully on in less than 500 ns
- PNP and NPN strobe input
- 5-pin M12 quick connect
- SmartVisionLink Enabled - SmartVisionLink-enabled provides easy intensity adjustment in both continuous and OverDrive modes
- Ability to control intensity for the entire light or for each of 3 zones per 300mm bar if using BTM-1000 Bluetooth Module€
Smart Vision Lights LZEW300 Technical Specifications
LZEW300 Continuous Operation Specifications
| Electrical Input | 24VDC +/€“5% |
| Input Current | Max 850 mA |
| Wattage | Max 20 W |
| PNP Trigger |
2mA @ 4VDC 7mA @ 12VDC 13.4mA @ 24VDC |
| NPN Trigger | 12mA @ Common (0VDC) |
| Mode Control | Connect pin 5 to pin 1 - 10 VDC (10-100% output); 24VDC (Max) |
| Trigger Input | PNP > +4VDC (24VDC max.) to activate OR NPN > GND < 1VDC to activate (not both) |
| Strobe Duration | Min. 30 μs | Max ˆž |
| Strobe Trigger Delay | 10 μs |
| Strobe Frequency | Max 4 kHz or 1 / Duty Cycle as calculated, whichever is less. |
| Duty Cycle | Not Applicable |
| Ambient Temperature | -20ºC€“50ºC (-4ºF€“122ºF) |
| Power Indicator | Turns green when powered up |
| Analog Intensity | The output is adjustable from 10% - 100% by a 1 - 10 VDC signal. Jumpering pin 5 to pin 1 will provide maximum intensity. Intensity can be remotely adjusted via SmartVisionLink |
| Connection | 5-pin M12 connector |
| Operating Temperature | -10° to 40°C (14°to 104°F) | RH max 80% non-condensing humidity |
| Storage Temperature | -20° to 70° C (-4° to 158° F) | RH max 80% non-condensing humidity |
| IP Rating | IP68 |
| Weight |
Stainless Steel: 4.25 lbs | 1.9kg Nonstick: 2.00 lbs | 0.9kg |
| Compliances | CE, IEC 62471, RoHS |
| Warranty | 10 years |
LZEW300 OverDrive Operation Specifications
| Electrical Input | 24VDC +/€“5% |
| Input Current | Peak 6 A during strobe |
| Wattage | Peak 144 W during strobe |
| PNP Trigger |
2mA @ 4VDC 7mA @ 12VDC 13.4mA @ 24VDC |
| NPN Trigger | 12mA @ Common (0VDC) |
| Mode Control | Connect pin 5 to GND (See wiring configuration for more information) |
| Trigger Input | PNP > +4VDC (24VDC max.) to activate OR NPN > GND < 1VDC to activate (not both) |
| Strobe Duration | Min. 10 μs | Max. 50 ms |
| Strobe Trigger Delay | 6 μs |
| Strobe Frequency | Max 4 kHz or 1 / Duty Cycle as calculated, whichever is less. |
| Duty Cycle | Max 10% |
| Ambient Temperature | -20ºC€“50ºC (-4ºF€“122ºF) |
| Power Indicator | Turns green when powered up |
| Analog Intensity | Light is set to maximum intensity by default in OverDrive mode and can only be adjusted via SmartVisionLink |
| Connection | 5-pin M12 connector |
| Operating Temperature | -10° to 40°C (14°to 104°F) | RH max 80% non-condensing humidity |
| Storage Temperature | -20° to 70° C (-4° to 158° F) | RH max 80% non-condensing humidity |
| IP Rating | IP68 |
| Weight |
Stainless Steel: 4.25 lbs | 1.9kg Nonstick: 2.00 lbs | 0.9kg |
| Compliances | CE, IEC 62471, RoHS |
| Warranty | 10 years |
LZEW300 Non-Stick Housing (LZEW300-NS-SC and LZEW300-NS-DC)
The LZEW300 is the first machine vision washdown light available in an FDA-compliant non-stick coated aluminum housing. Due to the nature of the coating, it is not recommended to use aggressive mechanical or ultrasonics for cleaning. While chemically inert to most compounds, it is recommended to clean the non-stick housing with a rinse of isopropyl alcohol and de-ionized water. Forced air at low volumes can also be used, as well as soft cloth or cotton wipes. Wire or nylon brushes, scotch-bright pads, or other abrasive tools should not be used.
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LZEW300-NS-SC Single Connector - No Daisy Chain Connection |
LZEW300-NS-DC Dual Connector Configuration - Daisy Chain Connection |
LZEW300 Stainless Steel Housing (LZEW300-SS-SC and LZEW300-SS-DC)
The LZEW300 is also available in an IP68 316 stainless steel option.
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LZEW300-SS-SC Single Connector - No Daisy Chain Connection |
LZEW300-SS-DC Dual Connector Configuration - Daisy Chain Connection |
Lens Options
The LZEW300 from Smart Vision Lights is available in three standard lens variations (additional variations available upon request from Machine Vision Direct)
| Lens Option | Beam Angle |
|
Narrow 10 Deg (Standard) |
10 Degrees The standard lens option uses a 10° beam angle lens. Standard lenses create a narrow beam of illumination and are used for long working distances. |
|
Wide Lens |
30 Degrees Wide, 30° angle-cone lenses create a large area of illumination. They create a floodlight effect and can be used for shorter working distances. |
|
Line Lens |
10 x 50 Degrees The line lens option uses a 10° x 50° beam angle lens. They |
Working Distance
Smart Vision Lights recommends the LZEW Series be used at a working distance between 200 mm to 1000 mm
Daisy Chain
The LZEW300 daisy-chain option provides the ability to use cables to connect together two or more LZEW300 lights. The lights are able to be spaced apart from each other. Up to six LZEW300 lights can be daisy-chained together.
Note: For this feature, a daisy chain model with two M12 Connectors must be purchased. Daisy Chain model is specified by a "-DC" callout in the part string
Nano-Drive Driver
To keep up with faster image acquisition by high-speed cameras, lighting applications require light sources to reach full intensity in a shorter amount of time. To meet this demand, the NanoDrive has been developed to deliver full power to a light in 500 nanoseconds or less. The NanoDrive is designed to allow tens of amps to reach the LEDs within nanoseconds, resulting in a light reaching its full LED power / light intensity within that time frame. All NanoDrive lights are able to be set to continuous or OverDrive modes, depending on user configuration. NanoDrive technology is patent-pending.
Safestrobe
SafeStrobe is a unique technology that applies safe working parameters to ensure high current LEDs are not damaged by driving them beyond their limits, such as maximum strobe time or duty cycle. This is especially beneficial for overdriving our high current LEDs.
Smart Vision Link
| With integrated SmartVisionLink, the LSR300 can be used with Smart Vision Light€™s Bluetooth module (BTM-1000*). Users can install the SmartVisionLink app on Android or Apple phones and tablets to configure lighting parameters for each of the four lighting zones. Zone parameters include 10-100% intensity for both continuous and OverDrive strobe modes, as well as zone-disable. After parameters are set and saved, the BTM-1000 can be removed from the LSR300 and settings will be retained in LSR300E€™s static memory. The SmartVisionlink app is available at no cost from the Google Play Store or Apple€™s App Store. |  |
*The BTM-1000 is sold separately.
Connecting a BTM-1000 Module
The BTM-1000 can be connected directly to a light or attached to a jumper cable that is connected to a light. Once the light's intensity is set to desired level, the BTM-1000 can be removed from the light or cable. The pigtail end of the BTM-1000 is connected directly to the light or to the cable attached to the light.
LZEW300 Wavelength Colors
For colors not listed or available online, contact Support@MachineVisionDirect.com
Nano-Drive Wiring
Wiring Configuration for CONSTANT ON Operation
Wiring Configuration for STROBE/PULSE Overdrive Operation
Note: This light can also be dimmed using the Smart Vision Lights IVP-C1 Dimmer
MOUNTING
The LZEW300 features 4 M5x0.8 Tapped Holes on the rear of the light, centered in a single line, spaced 85mm apart. Holes are tapped to a depth of 6mm