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Lumencor utilizes regulatory model names for all certified and CE marked products. The regulatory model names are traceable to all regulatory documentation, third party reports and certifications. “Regulatory Model: Ziva” is used as a representative model for all certified and CE marked ZIVA products.
FC/PC-terminated optical fiber (ZIVA Light Engine) or an adapter for direct coupling to a Yokogawa CSU scanner (ZIVA for Yokogawa CSU Light Engine) (Table 1). The laser light sources within each model of the ZIVA Light Engine are controlled by an onboard microprocessor with Lumencor operating firmware.
Warning: ONLY use the power supply provided by Lumencor. The Lumencor-supplied 220 W (24 VDC, 9.2 A) external power supply is required for use with the ZIVA Light Engine. The light engine is required to be supplied by an approved/certified DC power source meeting the minimum electrical ratings of the product.
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See label located on product. 300-1150 nm. See label located on See label located on Beam divergence shall be calculated at the Product. product. end-system. Refer to Certificate of Conformance for the light engine beam divergence (NA) at the output aperture. ZIVA Light Engine Manual 57-10021...
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DISCLAIMER: Lumencor shall not be liable for injury to the user or damage to the product resulting from the ZIVA Light Engine being used in a way for which it was not intended and in disregard or contravention of all posted safety precautions and warnings.
Australia/New Zealand 29-10024 Figure 1. ZIVA Light Engine Certificate of Conformance (C of C). Column 1: Laser light source output color. Column 2. 100% output power of laser light source measured at output of FC/PC terminated fiber or Yokogawa CSU direct coupling adapter. Columns 3 and 4: Center wavelength (CWL) and full-width at half maximum (FWHM) bandpass of laser light sources.
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When setting ZIVA and ZIVA for Yokogawa CSU Light Engines up for use, place the unit on a hard surface and avoid blocking or restricting airflow at the air intake (front panel; Figure 4, #8) or exhaust port (rear panel).
(“lock”). Failure to correctly engage the lock and key will result in an open safety interlock condition. For ZIVA Light Engines with an output adapter for direct coupling to a Yokogawa CSU scanner, complete the installation process as directed in Lumencor’s ZIVA for Yokogawa CSU installation manual (57-10036).
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OPERATION AND/OR DAMAGE THE PRODUCT, AND COULD IMPACT SAFETY. Customers planning to connect multiple Light Engine remote interlocks together will need to contact Lumencor prior to integration. INTERCONNECTING LIGHT ENGINES OR USING THE REMOTE INTERLOCK INCORRECTLY CAN RESULT IN ANOMALOUS BEHAVIOR AND/OR DAMAGE TO THE PRODUCTS.
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Do not press any buttons or insert any plugs during this time. 4.2.8 When the initiation sequence completes, “LUMENCOR” will flash on the status indicator display (Figure 4, #2) and then be replaced by a display showing the current light engine IP address, the internal temperature and the fan status. ...
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(Figure 6, #4). The GUI control page for all ZIVA Light Engine models also contains a control button labeled “Alignment.” This is ONLY to be used during the alignment of ZIVA for Yokogawa CSU Light Engines as directed in the installation manual (57-10036).
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USB and RS-232 (COM) ports. 15. Microprocessor log file portal. Log level should be set to 0 (zero) for normal operations. Note that although the figure shows a SPECTRA light engine control GUI, the ZIVA light engine control GUI has the same format, features and functionality.
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4.4 Control via Serial Ports ZIVA and ZIVA for Yokogawa CSU Light Engines have two serial ports, labeled USB and RS-232 (Figure 4, #7), which can be set to receive either LEGACY or STANDARD mode commands. Connection to the computer requires a USB-A-to-USB B cable (29-10058) or USB-to-RS-232 cable (29-10011).
Near infra-red 748 nm [1] ZIVA light engines can accommodate up to 7 laser light sources selected from this list. [2] CWL = center wavelength. Nominal values are listed here. Specific CWL values for individual ZIVA light engines are reported on the certificate of conformance (see Figure 1).
Lumencor performs pulsed stability testing for each solid-state laser source within the ZIVA and ZIVA for Yokogawa CSU Light Engines to ensure consistent laser illumination and performance. These output stability tests are performed with the light engine in stroboscopic output mode, generating 400 nominally identical pulses with 200 ms pulse width. ...
24 months parts and labor from date of original shipment [1] The ZIVA Light Engine must be operated in a non-condensing environment (dew point <15ºC with controlled ambient temperature <30º C). [2] The corresponding number of days/months/years may vary considerably depending on the duty cycle implemented by the user and the prevailing environmental conditions during operation.
8. Customer Support For technical support of ZIVA Light Engines, please contact Lumencor by phone at 503-213-4269 or by e-mail to techsupport@lumencor.com. Please be prepared to provide the 5-digit serial number of the light engine.
9. Warranty ZIVA Light Engines are backed by a 24 month warranty to end users. Warranty coverage starts on the original date of shipment from Lumencor. Light engines qualifying for warranty service must be verifiably delivering performance that is substantially at variance with the levels documented in the certificate of conformance.
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