SEFRAM DAS1820 | Portable high-speed data logger, 2 slots, 16 channels

Technical Data Dimensions (L x W x H) (mm):225 × 136 × 73 Focus:focus-free Frame rate (Hz):30Image enhancement technology:MSX Image memory:internal Max. field of view (FOV):38° x 49° Resolution in pixels:480 x 640 Smallest resolution IFOV (mrad):1.5 Temperature measuring points:307,200 Thermal sensitivity (mK):40 Weight (kg):0.8 Descriptioni65 | Thermal Imaging Camera, 480 x 640 px, 38° FOV, 30 Hz, -20° C to + 550° C, 40 mK, incl. LTE Module, iXX Series (18455-0201)

The FLIR iXX-Series combines robust, industrial-grade hardware with a modern, app-supported workflow and direct cloud connection. MSX image overlay and a thermal sensitivity < 40 mK provide clear, meaningful thermal images for fast diagnostics - from the control cabinet to the building envelope.

General features of the series:

• App-based operation, radiometric JPEGs and direct cloud upload (Ignite/Assetlink).
• WLAN (IEEE 802.11 a/ac/b/g/n, 2.4 & 5 GHz) in all models; LTE additionally with i35 & i65.
• 5″ Color touch display (720 × 1280), integrated LED light and laser pointer (class 2).
• Picture modes: MSX, thermal, picture-in-picture, digital camera; 8 MP view camera (AF), FOV 50.5° × 64.5°.
• Thermal key data (series): 30 Hz, f/1.4, fixed focus, spectral range 7.5-13 µm, FOV (IR) 38° × 49°, minimum focus 0.5 m, NETD < 40 mK (at 30 °C).
• Rugged: IP54, 2 m drop test, -15 °C to +50 °C operating range; 225 × 136 × 73 mm, 0.8 kg.
• Energy: Li-Ion battery, approx. 4 hrs. runtime; charging: ~2 hrs in the charger / ~4 hrs in-cam up to 90 %.

Possible applications

• Electrical & machine inspection: Hot connections, bearings, drives - early fault detection, less downtime.
• Condition monitoring: Company-wide programs with asset hierarchies and cloud data management.
• Building diagnostics & facility management: Leakage/moisture detection, HVAC checks, energy and heat loss analysis.

Technical Data All-current sensitive RCDs type B, B+:No Automatic test sequence:Yes Check residual voltage:Yes Counter start-up:No DIN VDE 0100 / IEC 60364-6:No DIN VDE 0100-600:NoDIN VDE 0105-100:No DIN VDE 0113-1 / IEC 60204-1:No DIN VDE0544-4 / IEC 60974-4:No DIN VDE 0701-0702:No DIN VDE 0751 / IEC62353:No Differential power:No Dimensions (L x W x H) (mm):650 x 508 x 300 EN 50678 (prepared):No EN 50699 (prepared):No Insulation measurement 50V:No Insulation measurement 100V:No Insulation measurement 250V:No Insulation measurement 325V:No Insulation measurement 500V:Yes Insulation measurement 1000V:Yes Interfaces:USB-C Measured value memory:internal Rotating field direction:No Selective, SRCDs, PRCDs, type G/R:No Software included:NoTouch Display:Yes Voltage drop:No Weight (kg):25.8 e-Mobility (prepared):Yes Description FLK-FEV500/CCS2 | Analyzer for DC fast charging stations, CCS2 The Fluke FEV500 is a ready-to-use, handheld analyzer for testing, validating, and documenting DC fast charging stations (EVSE). It streamlines maintenance and troubleshooting by combining critical safety and performance tests into a single device—eliminating the need for additional test and measurement equipment. With its intuitive user interface and seamless software integration, technicians can more easily perform test procedures, interpret results faster, and efficiently manage data to ensure the uptime and efficiency of the charging infrastructure. Furthermore, the FEV500 complies with the ISO 15118 and DIN SPEC 70121 standards for digital communication between electric vehicle and charging equipment and has been tested for compatibility with most major EVSE manufacturers. Product Features: Comprehensive testing: Performance and safety tests in one device; Electric vehicle simulation (no external equipment required): Simulation of load (kW) to replicate real charging processes; No additional load groups, electric vehicles, or multifunction testers required

Technical Data

• Article number:PQ402
• Bandwidth (MHz):200
• Counter:YesDVM:Yes
• Dimensions (L x W x H) (mm):221 x 173 x 30
• Function generator:Yes
• nterfaces:USB
• Model:5464E MSO kit
• Number of channels:4
• Number of digital channels:16
• Samplerate:1 GSa/s
• Segmentable memory:Yes
• Signal acquisition rate:300,000 wfms/s
• Storage depth:512 MPts
• Triggertypes:None, auto, repeat, single, rapid, Edge, window, pulse width, window pulse width, level dropout, window dropout, interval, runt, transition time, logic
• Vertical resolution:16-bit
• Warranty (years):5
• Weight (kg):0

Description

PQ402 | 5464E MSO kit USB oscilloscope, 200 MHz (16-bit), 4 channels (analog) + 16 MSO, 16-bit (1 GS) resolution

The PicoScope 5000E series offers high-resolution PC-based oscilloscopes for precise measurements and sophisticated signal analysis. The instruments combine 16-bit resolution with a high sampling rate of up to 2.5 GS/s, low inherent noise, and a dynamic range of over 73 dB. This makes them particularly suitable for applications requiring both high accuracy and fast signal processing.

The series features extensive trigger functions, FFT spectrum analysis, serial protocol decoding, DeepMeasure analysis, Math channels, and integrated function and arbitrary waveform generators. The MSO models expand the analog channels by an additional 16 digital inputs and enable the simultaneous analysis of analog and digital signals in embedded, automotive, and industrial applications.

Differences from the other variants

The PicoScope 5464E MSO is the most powerful mixed-signal model in the classic PicoScope 5000E series. It combines four analog channels with 16 digital inputs and offers a bandwidth of 200 MHz at full 16-bit resolution. This makes the instrument ideal for demanding mixed-signal analysis, high-speed embedded systems, and high-precision laboratory and development applications.

Compared to the 5462E MSO and 5463E MSO, the 5464E MSO offers the highest bandwidth and fastest rise time within the standard 5000E series. Unlike the 5000E+ MSO variants, the device operates exclusively in 16-bit mode and does not feature an additional 8-bit high-speed mode with extended bandwidths up to 500 MHz.

Product features

• High-voltage test AC: 100 - 5.500 V / 0 - 20 mA
• High-voltage test DC: 100 - 6.000 V / 0 - 20 mA
• Insulation measurement DC: 100 - 6.000 V / 100 kΩ - 50 GΩ
• Protective conductor test AC: 1 - 32 A / 1 mΩ - 6 Ω
• Replacement leakage current test AC: 90 - 270 V / 0 - 10 mA
• Resistance measurement: 1 Ω - 1 MΩ
• Function test AC / DC: 250 V AC / 200 V DC, 16 A AC / 10 A DC
• Effective power measurement: 0 - 4.000 W
• Reactive power measurement: 0 - 4.000 var
• Apparent power measurement: 0 - 4.000 VA
• cos φ: -1 to +1
• Mains supply: 90 - 250 V, 50 Hz / 60 Hz

Technical Data

• Active power test:Yes
• Article number:S6700H
• DG test:Yes
• Design type:Table housing
• Dimensions (L x W x H) (mm):482 x 465 x 132
• Display:Touch display
• EN 50191:Yes
• Functional current test:Yes
• Galvanic isolation:No
• HV test AC:Yes
• HV test DC:Yes
• Insulation test:Yes
• Interfaces:USB, LAN
• Leakage current:Yes
• Model:S6700U
• Number of channels:1
• Partial discharge:No
• Protective conductor test:Yes
• Software included:No
• Weight (kg):20.4

Description

S6700U | Multifunction safety tester, 5.5 kV HVAC, 6 kV HVDC

The S 6700H, S 6700U and KT 6780H multifunction safety testers from SPS electronic are powerful devices for demanding electrical tests. While the S 6700H and S 6700U are designed as desktop devices, the KT 6780H is a plug-in model for integration into racks. The S 6700H has a country-specific mains socket, while the S 6700U is equipped with laboratory and high-voltage sockets.

All three models enable comprehensive safety tests, including high-voltage tests (100 - 5,500 V AC / 100 - 6,000 V DC), insulation measurements (100 kΩ - 50 GΩ) and protective conductor tests (1-32 A, 1 mΩ-6 Ω). They also offer equivalent leakage current tests and functional tests for AC and DC voltages up to 250 V and currents up to 16 A. In addition, the devices offer various power measurement tests, including efficiency measurement up to 4,000 W, reactive power measurement up to 4,000 var and apparent power measurement up to 4,000 VA. These functions are crucial for analyzing the efficiency and energy consumption of electrical systems. Another technical highlight is the ability to measure the power factor (cos φ) in the range from -1 to +1.

Thanks to their wide-range power supply unit (90 - 250 V, 50/60 Hz), they can be used worldwide. Their combination of technological excellence and user-friendliness makes them an ideal solution for laboratories, workshops and industrial applications.

Technical Data Dimensions (L x W x H) (mm):225 × 136 × 73 Focus:focus-free Frame rate (Hz):30Image enhancement technology:MSX Image memory:internal Max. field of view (FOV):38° x 49° Resolution in pixels:480 x 640 Smallest resolution IFOV (mrad):1.5 Temperature measuring points:307,200 Thermal sensitivity (mK):40 Weight (kg):0.8 Descriptioni65 | Thermal Imaging Camera, 480 x 640 px, 38° FOV, 30 Hz, -20° C to + 550° C, 40 mK, incl. LTE Module, iXX Series (18455-0201)

The FLIR iXX-Series combines robust, industrial-grade hardware with a modern, app-supported workflow and direct cloud connection. MSX image overlay and a thermal sensitivity < 40 mK provide clear, meaningful thermal images for fast diagnostics - from the control cabinet to the building envelope.

General features of the series:

• App-based operation, radiometric JPEGs and direct cloud upload (Ignite/Assetlink).
• WLAN (IEEE 802.11 a/ac/b/g/n, 2.4 & 5 GHz) in all models; LTE additionally with i35 & i65.
• 5″ Color touch display (720 × 1280), integrated LED light and laser pointer (class 2).
• Picture modes: MSX, thermal, picture-in-picture, digital camera; 8 MP view camera (AF), FOV 50.5° × 64.5°.
• Thermal key data (series): 30 Hz, f/1.4, fixed focus, spectral range 7.5-13 µm, FOV (IR) 38° × 49°, minimum focus 0.5 m, NETD < 40 mK (at 30 °C).
• Rugged: IP54, 2 m drop test, -15 °C to +50 °C operating range; 225 × 136 × 73 mm, 0.8 kg.
• Energy: Li-Ion battery, approx. 4 hrs. runtime; charging: ~2 hrs in the charger / ~4 hrs in-cam up to 90 %.

Possible applications

• Electrical & machine inspection: Hot connections, bearings, drives - early fault detection, less downtime.
• Condition monitoring: Company-wide programs with asset hierarchies and cloud data management.
• Building diagnostics & facility management: Leakage/moisture detection, HVAC checks, energy and heat loss analysis.

Technical Data All-current sensitive RCDs type B, B+:No Automatic test sequence:Yes Check residual voltage:Yes Counter start-up:No DIN VDE 0100 / IEC 60364-6:No DIN VDE 0100-600:NoDIN VDE 0105-100:No DIN VDE 0113-1 / IEC 60204-1:No DIN VDE0544-4 / IEC 60974-4:No DIN VDE 0701-0702:No DIN VDE 0751 / IEC62353:No Differential power:No Dimensions (L x W x H) (mm):650 x 508 x 300 EN 50678 (prepared):No EN 50699 (prepared):No Insulation measurement 50V:No Insulation measurement 100V:No Insulation measurement 250V:No Insulation measurement 325V:No Insulation measurement 500V:Yes Insulation measurement 1000V:Yes Interfaces:USB-C Measured value memory:internal Rotating field direction:No Selective, SRCDs, PRCDs, type G/R:No Software included:NoTouch Display:Yes Voltage drop:No Weight (kg):25.8 e-Mobility (prepared):Yes Description FLK-FEV500/CCS2 | Analyzer for DC fast charging stations, CCS2 The Fluke FEV500 is a ready-to-use, handheld analyzer for testing, validating, and documenting DC fast charging stations (EVSE). It streamlines maintenance and troubleshooting by combining critical safety and performance tests into a single device—eliminating the need for additional test and measurement equipment. With its intuitive user interface and seamless software integration, technicians can more easily perform test procedures, interpret results faster, and efficiently manage data to ensure the uptime and efficiency of the charging infrastructure. Furthermore, the FEV500 complies with the ISO 15118 and DIN SPEC 70121 standards for digital communication between electric vehicle and charging equipment and has been tested for compatibility with most major EVSE manufacturers. Product Features: Comprehensive testing: Performance and safety tests in one device; Electric vehicle simulation (no external equipment required): Simulation of load (kW) to replicate real charging processes; No additional load groups, electric vehicles, or multifunction testers required

Technical Data

• Article number:PQ402
• Bandwidth (MHz):200
• Counter:YesDVM:Yes
• Dimensions (L x W x H) (mm):221 x 173 x 30
• Function generator:Yes
• nterfaces:USB
• Model:5464E MSO kit
• Number of channels:4
• Number of digital channels:16
• Samplerate:1 GSa/s
• Segmentable memory:Yes
• Signal acquisition rate:300,000 wfms/s
• Storage depth:512 MPts
• Triggertypes:None, auto, repeat, single, rapid, Edge, window, pulse width, window pulse width, level dropout, window dropout, interval, runt, transition time, logic
• Vertical resolution:16-bit
• Warranty (years):5
• Weight (kg):0

Description

PQ402 | 5464E MSO kit USB oscilloscope, 200 MHz (16-bit), 4 channels (analog) + 16 MSO, 16-bit (1 GS) resolution

The PicoScope 5000E series offers high-resolution PC-based oscilloscopes for precise measurements and sophisticated signal analysis. The instruments combine 16-bit resolution with a high sampling rate of up to 2.5 GS/s, low inherent noise, and a dynamic range of over 73 dB. This makes them particularly suitable for applications requiring both high accuracy and fast signal processing.

The series features extensive trigger functions, FFT spectrum analysis, serial protocol decoding, DeepMeasure analysis, Math channels, and integrated function and arbitrary waveform generators. The MSO models expand the analog channels by an additional 16 digital inputs and enable the simultaneous analysis of analog and digital signals in embedded, automotive, and industrial applications.

Differences from the other variants

The PicoScope 5464E MSO is the most powerful mixed-signal model in the classic PicoScope 5000E series. It combines four analog channels with 16 digital inputs and offers a bandwidth of 200 MHz at full 16-bit resolution. This makes the instrument ideal for demanding mixed-signal analysis, high-speed embedded systems, and high-precision laboratory and development applications.

Compared to the 5462E MSO and 5463E MSO, the 5464E MSO offers the highest bandwidth and fastest rise time within the standard 5000E series. Unlike the 5000E+ MSO variants, the device operates exclusively in 16-bit mode and does not feature an additional 8-bit high-speed mode with extended bandwidths up to 500 MHz.