Comb Generators

CG-515

AEMCLRP-Recognized Radiated Reference

User-selectable 1/5 MHz steps. Compact cubic chassis (2.9″×3.1″×3.1″) with two monopole antennas. Recognized by AEMCLRP for official site calibration verification.

CGO-501

Highest-Resolution Radiated Reference

Fixed 1 MHz steps — finest step size in the CGO series. Pen-style cylindrical chassis with custom carrying case and charger included.

CGO-505

Most Popular Radiated Reference

The most widely used step size for FCC Part 15 and CISPR 32 daily site checks. Fixed 5 MHz steps provide clean spectral lines across the full band.

CGO-515

Most Versatile Radiated Reference

User-selectable 1 MHz or 5 MHz steps in one instrument — switch between high-resolution and fast-sweep modes without tools.

CGO-520

Microwave & 5G FR1 Reference

Extends site verification into 5G FR1, WiFi, Bluetooth, and cellular bands. Fixed 20 MHz steps with circular base for uniform omnidirectional radiation.

CGO-5100B

Microwave Band Reference

Purpose-built for daily microwave site verification. Built-in stub antenna, 100 MHz fixed steps, 5 ppm frequency stability.

CGO-51000

mmWave Radiated Reference

Highest-frequency model in the lineup — 1 GHz to 40 GHz with 1 GHz step size, dual polarization support, and 40 well-separated reference markers.

CGC-105

Lowest Start-Frequency Conducted Reference

Starts at 10 kHz — below CISPR 16 band B. User-selectable 10/50 kHz steps. High output impedance safe with powered or unpowered LISNs. Over 23 hours battery life.

CGC-255E

CISPR 32 Conducted Reference

NEMA 15-P plug inserts directly into the LISN EUT power port. User-selectable 50/250 kHz steps for CISPR 32 / EN 55032 chain verification.

CGC-510E

FCC Part 15 Conducted Reference

High-impedance design safe with powered LISNs up to 230 V. User-selectable 100/500 kHz steps for FCC Part 15 and CISPR 32 verification.

Lowest-Frequency Starting Point: 10 kHz

Starts at 10 kHz — below the CISPR 16 band B lower limit — covering conducted chain verification from the earliest harmonics of the conducted emissions range.

Frequency Range Up to 115 MHz

Single instrument covers the full CISPR/FCC conducted emissions band from 10 kHz to 115 MHz without additional accessories or band changes.

User-Selectable 10 kHz or 50 kHz Step Size

Switch between 10 kHz (high-resolution) and 50 kHz (fast sweep) step sizes via a single front-panel control — no tools required.

Output Levels Close to or Above CISPR Disturbance Limits

Harmonics reach or exceed CISPR disturbance limits, ensuring the complete measurement chain responds definitively to the reference signal.

High Output Impedance — Safe with Powered LISNs

High output impedance protects the instrument regardless of LISN power status — safe to use whether the LISN is powered, unpowered, or connected to external mains.

Interchangeable Output Adapter System

CGC-P25A, CGC-P50A, and CGC-P100A adapters allow connection to different LISN interface types without separate instruments.

Optional CGC-105P-ADA-CAL and CGC-105P-ADA-USP Adapters

Optional adapters extend compatibility to calibration-grade test setups (CGC-105P-ADA-CAL) and USP LISN configurations (CGC-105P-ADA-USP).

Long Battery Life: Over 23 Hours per Charge

Internal 6 V / 1 Ah NiMH battery delivers more than 23 hours of continuous operation — the longest battery life in the CGC product line.

Stable, Repeatable RF Output

20 ppm frequency stability, ±0.1 dB amplitude stability, and <1 dB time stability over 12 months ensures repeatable baselines between verification sessions.

Compact Form Factor

6.5 × 2.3 × 2.4″ (165 × 58 × 61 mm), 0.5 lbs (0.22 kg) — handheld form factor for easy bench or field use.

External LED Indicators

Battery Low and Power On LEDs provide at-a-glance status during LISN-based test setups.

NIST-Traceable Calibration

NIST-traceable calibration certificate ships with each unit; ISO 17025 accredited calibration available on request.

Three-Year Standard Warranty

Three-year standard warranty backed by manufacturer support.

Frequency Range: 50 kHz to 115 MHz

Covers the full CISPR 32 / EN 55032 conducted emissions band in one handheld instrument.

User-Selectable 50 kHz or 250 kHz Step Size

Switch between 50 kHz (higher harmonic density) and 250 kHz (faster sweep) without tools.

Direct Plug-In to LISN EUT Power Port

NEMA 15-P plug inserts directly into the LISN EUT port — no adapters or external cables required.

Simulates an EUT Generating Conducted Noise

Injects broadband conducted noise into the LISN, simulating a noncompliant EUT and verifying the complete measurement chain response.

Quick LISN Verification Before High-Stakes Testing

Verify the LISN, cabling, transient limiter, and EMI receiver in minutes before a formal test session.

Battery Operation: 18+ Hours per Charge

Internal 6 V / 1 Ah NiMH battery; charger output 6 VDC at 500 mA. Charger accepts 110 VAC 60 Hz or 230 VAC 50 Hz.

Stable, Repeatable RF Output

50 ppm frequency stability, ±0.1 dB amplitude stability, and <1 dB time stability over 12 months.

Compact Form Factor

5 × 2.2 × 2.2″ (13.2 × 5.9 × 5.9 cm), 1 lb (0.45 kg) — compatible with NEMA 15-P LISN test ports.

External LED Indicators

Battery Low and Power On LEDs confirm operating status at a glance.

Useful for Production Component Evaluation

Broadband output serves as a conducted noise reference for production-line screening of components and subassemblies.

NIST-Traceable Calibration

NIST-traceable calibration; ISO 17025 accredited available on request.

Three-Year Standard Warranty

Three-year standard warranty backed by manufacturer support.

Frequency Range: 100 kHz to 115 MHz

Starts just below the 150 kHz CISPR conducted band lower limit, covering FCC Part 15 and CISPR 32 / EN 55032 conducted measurement ranges with margin at both ends.

User-Selectable 100 kHz or 500 kHz Step Size

Choose 100 kHz for higher-resolution baseline data near the band edge, or 500 kHz for sparser, faster sweeps with cleaner spectral lines that are easier to identify individually on the EMI receiver display.

High Impedance — Safe with Powered LISNs up to 230 V

High impedance to external line voltage (AC or DC up to 230 V) allows the CGC-510E to be used while the LISN is connected to an external power source — no need to disconnect mains between verification checks.

Direct Plug-In to LISN EUT Power Port

Standard NEMA 15-P type connector plugs directly into the EUT power socket on the LISN; adapters allow connection to other socket types worldwide.

Simulates an EUT Generating Conducted EMI Noise

Replicates real-device operating conditions, allowing verification of LISN impedance, RF cabling, transient limiter, and EMI receiver under realistic loading.

Battery Operation: 18+ Hours per Charge

Internal 6 V / 1 Ah NiMH battery eliminates external power leads that could couple noise into the conducted measurement. Charger output: 6 VDC (unregulated) at 500 mA.

Stable, Repeatable RF Output

50 ppm frequency stability, ±0.1 dB amplitude stability, and less than 1 dB time stability over 12 months — allows direct comparison of measurements taken months apart with confidence.

Compact Form Factor

5 × 2.2 × 2.2″ (13.2 × 5.9 × 5.9 cm), 1 lb (0.45 kg) — plug-and-go form factor that integrates with the LISN setup without occupying bench space.

External LED Indicators

Battery Low and Power On LEDs confirm operating status at a glance during routine verification — no need to interrupt a test session to verify the unit is active.

NIST-Traceable Calibration

Calibration data and certificate ship with each unit. ISO 17025 accredited calibration is available on request for laboratories requiring full accreditation chain documentation.

Three-Year Standard Warranty

Three-year standard warranty backed by manufacturer support.

Radiated Reference Signal Source for OATS, SAC, and FAC

Broadband EMC reference source for quick verification of radiated emissions test sites between formal calibrations — catches broken cables, blown preamps, and oxidized connectors that could produce months of invalid data.

Wide Frequency Range: 1 MHz to 1.5 GHz

Covers the principal radiated emissions band used by FCC Part 15, CISPR 32 / EN 55032, and most commercial EMC standards in a single instrument.

User-Selectable 1 MHz or 5 MHz Step Size

Choose 1 MHz for maximum spectral resolution near the lower limits, or 5 MHz for faster sweeps and easier identification of individual spectral lines at higher frequencies on the EMI receiver display.

AEMCLRP-Recognized Artifact

Used as a reference artifact for the Automotive EMC Laboratory Recognition Program — supports laboratory-to-laboratory comparison (CISPR 25) and ongoing site validation in vehicle component test labs.

Compact Cubic Chassis

H × W × D: 2.9″ × 3.1″ × 3.1″ (7.4 × 7.9 × 7.9 cm), 0.5 lbs (0.2 kg) — the smallest comb generator in the lineup, easy to position on turntables, calibration jigs, or tripods.

Two Interchangeable Monopole Antennas

3-inch and 12-inch monopoles supplied for optimized radiation across the lower and upper portions of the 1 MHz to 1.5 GHz range.

Battery Operation — 18+ Hours per Charge

Internal 6 V / 1 Ah NiMH battery eliminates external power cables that could disturb the radiated signal, ensuring repeatable measurements. Charger output: 6 VDC (unregulated) at 500 mA.

Automatic Low-Battery Shut-off

Battery monitoring circuit shuts the unit down before output level degrades, preventing invalid reference data from being collected with low-amplitude signals and protecting baseline integrity.

Stable, Repeatable RF Output

20 ppm frequency stability, ±0.1 dB amplitude stability, and less than 1 dB time stability over 12 months — ensures that day-to-day baseline comparisons reflect real changes in the test setup, not drift in the source.

External LED Indicators

Battery Low and Power On LEDs on the front panel confirm operating state at a glance during chamber walk-throughs — no need to interrupt a test session to verify the unit is active.

Use as Signal Source for Insertion Loss Measurements

Broadband output also serves as a stable reference for cable, attenuator, and filter insertion loss measurements, as well as chamber-to-chamber comparisons and RF accessory characterization.

NIST-Traceable Calibration

Individually NIST-traceable calibrated; calibration data and certificate ship with each unit. ISO 17025 accredited calibration available on request for laboratories requiring full accreditation chain documentation.

Three-Year Standard Warranty

Three-year standard warranty backed by manufacturer support.

Radiated Reference Signal Source for OATS, SAC, and FAC

Broadband EMC reference source for quick verification of radiated emissions test sites between formal calibrations — catches failing preamps, broken cables, and bad connectors before they corrupt compliance data.

Wide Frequency Range: 1 MHz to 1.5 GHz

Covers the full commercial radiated test band used by FCC Part 15, CISPR 32 / EN 55032, and most commercial EMC standards in a single instrument.

Fixed 1 MHz Step Size — Highest-Resolution Radiated Reference

Produces fundamentals and harmonics every 1 MHz across the full 1.5 GHz span — dense baseline data that reveals narrowband anomalies wider-step generators miss.

Pen-Style Cylindrical Chassis

Compact 7″ × 1.2″ (17.8 × 3 cm) cylindrical body, 1.5 lbs (0.7 kg) — easily mounted on tripods, antenna positioners, or turntables for both horizontal and vertical polarization checks.

Two Interchangeable Monopole Antennas (5-inch and 12-inch)

Both monopoles are supplied — use the 12-inch for lower frequencies and the 5-inch for optimized radiation toward the upper end of the 1 MHz to 1.5 GHz range.

Battery Operation — 18+ Hours per Charge

Internal 6 V / 1 Ah NiMH battery eliminates external power cabling that could disturb the radiated signal pattern. Charger output: 6 VDC (unregulated) at 500 mA.

Automatic Low-Battery Shut-Off

Battery monitoring circuit shuts the unit down before output level degrades — protects baseline data integrity by preventing reference measurements from being collected at reduced amplitude.

Stable, Repeatable RF Output

20 ppm frequency stability, ±0.1 dB amplitude stability, and less than 1 dB time stability over 12 months — ensures day-to-day baseline comparisons reflect real changes in the test setup, not drift in the source.

External LED Indicators

Battery Low and Power On LEDs confirm operating status at a glance during chamber walk-throughs — no need to interrupt a test session to verify the unit is active.

Insertion Loss and Inter-Site Comparison Source

Broadband output also serves as a reference for cable, attenuator, and filter insertion loss measurements, as well as inter-site comparisons and chamber correlation studies.

Custom Carrying Case and Charger Included

Kit includes a custom carrying case, charger, and both detachable monopole antennas — a complete portable verification setup ready to use out of the box.

NIST-Traceable Calibration

Calibration data and certificate ship with each unit. ISO 17025 accredited calibration is available on request for laboratories requiring full accreditation chain documentation.

Three-Year Standard Warranty

Three-year standard warranty backed by manufacturer support.

Radiated Reference Signal Source for OATS, SAC, and FAC

Broadband EMC reference source for quick verification of radiated emissions test sites between formal calibrations — catches failing preamps, broken cables, and oxidized connectors before they produce months of invalid compliance data.

Wide Frequency Range: 5 MHz to 1.5 GHz

Covers the full commercial radiated test band used by FCC Part 15, CISPR 32 / EN 55032, and most commercial EMC standards in a single instrument.

Fixed 5 MHz Step Size — General-Purpose Verification

Harmonics every 5 MHz keep the output usable across the full 1.5 GHz span while reducing energy density per MHz — individual spectral lines stand out cleanly on EMI receiver displays without crowding adjacent bins.

Pen-Style Cylindrical Chassis

Compact 7″ × 1.2″ (17.8 × 3 cm) cylindrical body, 1.5 lbs (0.7 kg) — easily mounted on tripods, antenna positioners, or turntables for both horizontal and vertical polarization checks.

Two Interchangeable Monopole Antennas (5-inch and 12-inch)

Both monopoles are supplied — use the 12-inch for the lower portion of the band and the 5-inch for optimized radiation toward the upper end of the 5 MHz to 1.5 GHz range.

Battery Operation — 18+ Hours per Charge

Internal 6 V / 1 Ah NiMH battery eliminates external power cabling that could disturb the radiated signal pattern. Charger output: 6 VDC (unregulated) at 500 mA.

Automatic Low-Battery Shut-Off

Battery monitoring circuit shuts the unit down before output level degrades — protects baseline data integrity by preventing reference measurements from being collected at reduced amplitude.

Stable, Repeatable RF Output

20 ppm frequency stability, ±0.1 dB amplitude stability, and less than 1 dB time stability over 12 months — ensures day-to-day baseline comparisons reflect real changes in the test setup, not drift in the source.

External LED Indicators

Battery Low and Power On LEDs confirm operating status at a glance during chamber walk-throughs — no need to interrupt a test session to verify the unit is active.

Insertion Loss and Inter-Site Comparison Source

Broadband output also serves as a stable reference for cable, attenuator, and filter insertion loss measurements, inter-site comparisons, and shielding effectiveness tests.

NIST-Traceable Calibration

Individually NIST-traceable calibrated; calibration data and certificate ship with each unit. ISO 17025 accredited calibration available on request for laboratories requiring full accreditation chain documentation.

Three-Year Standard Warranty

Three-year standard warranty backed by manufacturer support.

Radiated Reference Signal Source for OATS, SAC, and FAC

Broadband EMC reference source for quick verification of radiated emissions test sites between formal calibrations — catches failing preamps, broken cables, and oxidized connectors before they corrupt compliance data.

Wide Frequency Range: 1 MHz to 1.5 GHz

Covers the full commercial radiated test band used by FCC Part 15, CISPR 32 / EN 55032, and most commercial EMC standards in a single instrument.

User-Selectable 1 MHz or 5 MHz Step Size

Choose 1 MHz for maximum spectral resolution near the lower band edge, or switch to 5 MHz for sparser, faster sweeps and easier identification of individual harmonics in the upper band — both modes available in a single unit.

Pen-Style Cylindrical Chassis

Compact 7″ × 1.2″ (17.8 × 3 cm) cylindrical body with circular base, 1.5 lbs (0.7 kg) — uniform omnidirectional radiation in all directions; easily mounted on tripods, antenna positioners, or turntables.

Two Interchangeable Monopole Antennas (5-inch and 12-inch)

Both monopoles are supplied — use the 12-inch for the lower portion of the band and the 5-inch for optimized radiation toward the upper end of the 1 MHz to 1.5 GHz range.

Battery Operation — 18+ Hours per Charge

Internal 6 V / 1 Ah NiMH battery eliminates external power cabling that could disturb the radiated signal pattern. Charger output: 6 VDC (unregulated) at 500 mA.

Automatic Low-Battery Shut-Off

Battery monitoring circuit shuts the unit down before output level degrades — protects baseline data integrity by preventing reference measurements from being collected at reduced amplitude.

Stable, Repeatable RF Output

20 ppm frequency stability, ±0.1 dB amplitude stability, and less than 1 dB time stability over 12 months — ensures day-to-day baseline comparisons reflect real changes in the test setup, not drift in the source.

External LED Indicators

Battery Low and Power On LEDs confirm operating status at a glance during chamber walk-throughs — no need to interrupt a test session to verify the unit is active.

Insertion Loss and Inter-Site Comparison Source

Broadband output also serves as a stable reference for cable, attenuator, and filter insertion loss measurements, as well as inter-site comparisons and chamber correlation studies.

NIST-Traceable Calibration

Individually NIST-traceable calibrated; calibration data and certificate ship with each unit. ISO 17025 accredited calibration available on request for laboratories requiring full accreditation chain documentation.

Three-Year Standard Warranty

Three-year standard warranty backed by manufacturer support.

Radiated Reference Signal Source for OATS, SAC, and FAC

Broadband EMC reference for fast pre-test validation of radiated emissions test sites at frequencies above 1 GHz — catches failing microwave preamps, high-frequency cable failures, and connector degradation before they corrupt compliance data.

Wide Frequency Range: 20 MHz to 4.5 GHz

Spans the upper-frequency portion of FCC Part 15, CISPR 32 Class B, RTCA DO-160 radiated bands, and into 5G FR1 territory — the highest-frequency comb generator with detachable antennas in the Com-Power lineup.

20 MHz Step Size — Well-Spaced Reference Markers

Produces fundamentals and harmonics every 20 MHz across the full 4.5 GHz span — well-spaced reference markers for spectrum analyzer monitoring without overwhelming displays at high resolution bandwidths.

Circular Base for Uniform Omnidirectional Radiation

The circular chassis acts as a ground plane producing a uniform radiation pattern in the horizontal plane — consistent radiated output regardless of orientation on the turntable.

Two Interchangeable Detachable Monopole Antennas (2-inch and 12-inch)

Both monopoles are supplied — use the 12-inch for the lower portion of the band and the 2-inch for optimized radiation toward the upper end of the 20 MHz to 4.5 GHz range.

Compact Cylindrical Chassis

7″ × 1″ (17.8 × 2.5 cm), 1.5 lbs (0.7 kg) — easily mounted on tripods or placed directly on turntables for site verification without occupying significant setup space.

Battery Operation — 18+ Hours per Charge

Internal 6 V / 1 Ah NiMH battery eliminates external power cabling that could disturb the radiated signal pattern — especially critical above 1 GHz where any nearby cable can perturb the radiated field. Charger output: 6 VDC (unregulated) at 500 mA.

Automatic Low-Battery Shut-Off

Battery monitoring circuit shuts the unit down before output level degrades — protects baseline data integrity by preventing reference measurements from being collected at reduced amplitude.

Stable, Repeatable RF Output

20 ppm frequency stability, ±0.1 dB amplitude stability, and less than 1 dB time stability over 12 months — ensures day-to-day baseline comparisons reflect real changes in the test setup, not drift in the source.

External LED Indicators

Battery Low and Power On LEDs confirm operating status at a glance during chamber walk-throughs — no need to interrupt a test session to verify the unit is active.

NIST-Traceable Calibration

Individually NIST-traceable calibrated; calibration data and certificate ship with each unit. ISO 17025 accredited calibration available on request for laboratories requiring full accreditation chain documentation.

Three-Year Standard Warranty

Three-year standard warranty backed by manufacturer support.

Microwave Radiated Reference Source for OATS, SAC, and FAC

Broadband EMC reference for fast pre-test validation of radiated emissions test sites in the microwave bands above 1 GHz — verifies the full measurement chain between formal calibrations.

1 GHz to 18 GHz Frequency Range

Covers FCC Part 15 / CISPR 32 microwave bands, the upper portion of MIL-STD-461 RE102, RTCA DO-160 radiated, and 5G FR2 sub-bands — ideal for verifying microwave horn antennas, preamplifiers, and high-frequency cabling.

100 MHz Step Size — Well-Spaced Reference Markers

Produces fundamentals and harmonics every 100 MHz throughout the 18 GHz span, providing well-separated reference markers across the microwave spectrum for easy identification on spectrum analyzer displays.

5 ppm Frequency Stability

Tighter frequency tolerance than lower-band models — critical at microwave frequencies where receiver resolution bandwidths are typically narrower, ensuring comb teeth stay aligned to bin centers across the full 18 GHz span.

Built-In Stub Antenna with Circular Chassis Ground Plane

Integral antenna mounted on top of a circular chassis produces a uniform omnidirectional radiation pattern in the horizontal plane — no antenna swap-outs required anywhere across the 1–18 GHz band.

Detects Connector and Cable Issues at High Frequencies

At microwave frequencies, even a slightly loose or oxidized connector produces dB-level measurement error. Daily verification with the CGO-5100B catches degradation immediately — before it corrupts compliance data.

Battery Operation — ~18 Hours per Charge

Internal rechargeable 3.6 V NiMH battery eliminates external power cabling — especially critical above 1 GHz where any cable near the radiating antenna could perturb the radiated field. Charging time: 8 to 10 hours.

Compact Circular Chassis

6″ × 1″ (15.24 × 2.54 cm), 1 lb (0.45 kg) — ideal for placing on turntables in 3 m or 10 m chambers without occupying significant setup space.

External LED Indicators

Battery Low and Power On LEDs confirm operating status at a glance during chamber walk-throughs — no need to interrupt a test session to verify the unit is active and sufficiently charged.

Suitable for Shielding Effectiveness Measurements

Broadband output is also useful for evaluating enclosure and material shielding effectiveness across the microwave band — place inside the enclosure and measure leakage outside with a horn antenna.

NIST-Traceable Calibration

Calibration data and certificate ship with each unit. ISO 17025 accredited calibration is available on request for laboratories requiring full accreditation chain documentation.

Three-Year Standard Warranty

Three-year standard warranty backed by manufacturer support.

mmWave Radiated Reference Source for OATS, SAC, and FAC

The only practical daily reference source for site checks at 26 GHz, 28 GHz, and beyond — verifies the full mmWave measurement chain between formal NSA calibrations without slow and expensive traditional methods.

1 GHz to 40 GHz Frequency Range

Covers the 5G FR2 bands (24, 28, 37, 39 GHz), automotive radar (24 GHz, 38 GHz, and partial 76–81 GHz coverage), satellite communications, and CISPR 32 / FCC Part 15 emissions testing through 40 GHz.

1 GHz Step Size — 40 Well-Separated Reference Markers

Produces fundamentals and harmonics every 1 GHz across the full 40 GHz span — 40 clearly separated markers that are easy to identify on spectrum analyzers without harmonic crowding.

25 ppm Frequency Stability

Tight frequency tolerance ensures the comb teeth stay aligned to receiver bin centers across the full 40 GHz span over weeks of repeated daily checks — critical at millimeter-wave frequencies where bin width is narrow.

Built-In Stub Antenna with Circular Chassis Ground Plane

Integral stub-type antenna with protective cover, mounted on a circular chassis that produces a uniform omnidirectional radiation pattern in the horizontal plane — no external antenna required.

Dual Polarization Support

Can be used in both vertical and horizontal polarizations for comprehensive site verification matching the orientation of the receive antenna — covers both polarization axes in a single unit.

Catches Faults Missed by Annual NSA Calibration

At mmWave frequencies, even slight contamination or connector wear causes severe signal degradation. Daily checks detect cable, antenna, or preamp faults before invalid data accumulates between annual calibration events.

Battery Operation — 18+ Hours per Charge

Internal 6 V / 1 Ah NiMH battery eliminates external power cabling that could perturb sensitive mmWave radiated fields. Charger output: 6 VDC (unregulated) at 500 mA.

Compact Circular Chassis

7″ × 1″ (17.8 × 2.5 cm), 2.5 lbs (1.1 kg) — ideal for placement on turntables in compact mmWave test ranges without occupying bench or chamber space.

Stable RF Output

±0.1 dB amplitude stability and less than 1 dB time stability over 12 months allow direct day-to-day baseline comparison even at high frequencies.

Automatic Low-Battery Shut-Off and LED Indicators

Battery Low and Power On LEDs confirm operating status at a glance. Auto shutdown protects baseline data integrity by preventing measurements from being collected at reduced output amplitude.

NIST-Traceable Calibration

Calibration data and certificate ship with each unit. ISO 17025 accredited calibration is available on request for laboratories requiring full accreditation chain documentation.

Three-Year Standard Warranty

Three-year standard warranty backed by manufacturer support.