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The portable OM-HL-EH-TC logger is an eight-channel handheld thermometer/data logger with a large LCD display, which can take all 8 types of thermocouple inputs. This user friendly data logger is powered by an internal battery and capable of sampling, processing and displaying measurements without being connected to a computer. With the high resolution and fast analog to digital converter (ADC), the OM-HL-EH-TC logger meet majority of data logging requirements in most industrial applications, 86000 data points each channel, real-time data monitoring & recording, sampling time 1 sec with all 8 channels on, logging interval sets from 2 secs to 24 hrs comes standard. By using the professional OM-HL Logpro software, this data logger can save the 8-channels temperature measuring data, along with the time information (year, month, date, minute, second) into the computer and can download to Excel, PDF, and JPG formats. The end user can easily make any data or graphic analysis if needed. OM-HL-EH-TC Operating Instruction Specifications Battery: DC 9V battery Power Adapter: Optional (See details in Accessories) Usage Type: Handheld or Desktop Product Features: Professional OM-HL analysis software is simple to use, data multiple protection, professional cold chain compensation, automatic detection of break-even Display: LCD Double Row Display Keys: On/Off button, screen light control, ºC/ºF switching, LOG, TYPE, HOLD MAX, and MIN Measurement Range: -200 to 1370ºC (-328 to 2498ºF) Accuracy: ±0.8ºC ±0.2% Reading Memory Capacity: 86000 readings each channel Sampling Rate: 1 sec Logging Interval: 2 secs to 24 hours Battery Life: 4 months(60s sampling 300s Logging as Standard) Sensors: Support eight types of thermocouple sensor K, J, E, T, R, S, N, B OM-HL-EH-TC Software Setup Work Environment: 0 to 80% RH/ 0 to 50ºC LCD Size: 68 x 35 mm (2.67 x 1.37") Dimensions: 162 x 95 x 35 mm (6.37 x 3.74 x 1.37") Packing Size: 202 x 165 x 58 mm (7.95 x 6.49 x 2.28") Weight: 290 g (10.2 oz) Resolution: 0.1ºC Compatible OS: WINXP, WIN7/8/10 Connection: USB Number of Temperature Channels: 8 Certifications: CE, ROHS, NIST Calibration Report(Optional) Logpro Recorder Analysis Software OM-HL Logpro Software is comprehensive data analysis software designed to log attribute settings, download logger data efficiently, graphically analyze data, and export the data to Excel/PDF/BMP, and other formats.Key FeaturesSupport 8 Types Thermocouple: K, J, E, T, R, S, N, BEach Channel Store Up to 86000 Data PointsNIST Traceable Calibration Report Available in -CAL models onlyLarge LCD Display 8 Channels, Switchable °C or °F

8 Channel Handheld Thermocouple Thermometer/Data Logger

₦ 599,096.96 ₦ 630,628.38 -5%

Handheld Thermocouple Thermometer/Data Logger 8 Channel

₦ 606,943.84 ₦ 638,888.25 -5%

The OMEGA™ DOH-SD1 is innovative and easy to operate. What sets the DOH-SD1 apart from other dissolved oxygen meters is that it incorporates a real-time SD card data logger. The DOH-SD1 measures dissolved oxygen and has adjustments for altitude and salt. Download data from the SD card into an Excel spreadsheet. This allows the user to do further data or graphical analysis without special software. The DOH-SD1 has a wide variety of applications from water conditioning, aquariums, and fish hatcheries to food processing, educational and other laboratories.SPECIFICATIONS Display: 52 x 38 mm (2.04 x 1.5") LCD with switchable green backlight Measurement: Dissolved Oxygen: 0 to 20 mg/L Air Oxygen: Reference only Sampling Time: Auto: 1 second to 8 hrs 59 min 59 sec Manual: Push the data logger button once will save data one time Memory Card: SD memory card (with optional SD card) Display Update: @ 1 second Data Output (RS232/USB): With optional cable/software Operating Temperature: 0 to 50°C (32 to 122°F) Operating Humidity: Less than 85% RH Power: 6 "AAA" alkaline batteries (included), or 9V power adaptor (optional) Current Draw: 14 mA DC (without SD card or back light), 49 mA (all functions) Weight: Meter: 489 g (1.08 lb) Probe: 335 g (0.74 lb) Dimensions: Instrument: 177 L x 68 W x 45 mm D (6.96 x 2.67 x 1.77") Probe: 28 dia x 190 mm (1.1 x 7.48") Measurement and Range: Dissolved Oxygen: 0 to 20.0 mg/L (liter) Oxygen in Air: 0 to 100.0% (reference only) Temperature: 0 to 50°C (32 to 122°F) Resolution: Dissolved Oxygen: 0.1 mg/L Oxygen in Air: 0.1% Temperature: 0.1°C (32.18°F) Accuracy: Dissolved Oxygen: ±0.4 mg/L Oxygen in Air: ±0.7% Temperature: ±0.8°C (1.5°F) Compensation: Automatic Temperature: 0 to 50°C (32 to 122°F) Adjustable Salt: 0 to 50% Elevation: 0 to 8900 meters Oxygen Probe: PolarographicKey FeaturesLCD with Green Light Backlighting Real Time SD Memory Card Data Logger (SD Card Included) Altitude and Salt Adjustments RS232/USB Interface (with Optional Cable) Automatic Temperature CompensationDissolved oxygen meter is a precision instrument for measuring dissolved oxygen and temperature. The dissolved oxygen probe is a thin film with a polarographic sensor and a thermistor for temperature measurement and temperature compensation. The permeable membrane separates the measured solution from the sensing electrode but allows oxygen to pass through the membrane to react, and the concentration can be measured. Dissolved oxygen refers to the concentration of molecular oxygen dissolved in water, generally expressed in mg/L (ppm) and saturation percentage (%), which is the percentage of dissolved oxygen in 1L of water. The oxygen concentration of our dissolved oxygen meterThe DOH-SD1 measures dissolved oxygen

Dissolved Oxygen Meter With Data Logger

₦ 450,361.28 ₦ 474,064.50 -5%

The HHM-NVC40 provides a safe non-contact way to check whether an electric line or cable or AC outlet is “hot” (energized). It does so by sensing from a short distance the electromagnetic field created by AC voltage. Even unloaded AC circuits generate electromagnetic fields. Although these fields are extremely weak, their constantly changing nature means that they generate some current. A sensitive non-contact voltage detector can sense this current via induction, in much the same way that a sensitive radio receiver can sense weak radio waves. Noncontact voltage (NCV) detectors, including the HHM-NCV40, cannot detect DC voltages (such as those found in automotive electrical systems) or AC voltage through a wall or metal conduit. Unlike the typical NCV detector, the HHM-NCV40 has adjustable sensitivity—a feature that makes it possible to determine which wire in a bundle is the “hot” wire. This application calls for turning down the sensitivity in stages after the HHM-NCV40 senses voltage. As you reduce sensitivity, at some stage only the energized wire will produce a field strong enough to activate the audible and visual alarms from a short distance. In this way, the HHM-NCV40's adjustable sensitivity takes the guesswork out of identifying the “hot” wire of a bundle. The HHM-NCV40 also has a wider detection range (5 to 1000 Vac) than the typical NCV unit. The ability to detect the presence of 12 Vac in noncontact fashion is particularly useful during troubleshooting of hardwired process plant and industrial automation systems and equipment such as gas and water valves, fans, lights, relays, inverters, solenoids and horns. Hardwired commercial and residential building doorbells/ buzzers and thermostats are also commonly powered by 12 Vac. The ability of the HHM-NCV40 to detect 480V using its lowest sensitivity setting makes troubleshooting and installing generators and fluorescent lighting ballasts easier, faster and safer. Provides a Safe (Non-Contact) Way to Check Whether an Electric Line or Cable or AC Outlet is “Hot”(Energized) Beeper Sounds and Red LED Flashes When Voltage is Detected Wide Voltage Range Adjustable Sensitivity Takes the Guesswork Out of Identifying the “Hot” Wire of a Bundle =======================The HHM-NVC40 provides a safe non-contact way to check whether an electric line or cable or AC outlet is “hot” (energized). It does so by sensing from a short distance the electromagnetic field created by AC voltage. Even unloaded AC circuits generate electromagnetic fields. Although these fields are extremely weak, their constantly changing nature means that they generate some current. A sensitive non-contact voltage detector can sense this current via induction, in much the same way that a sensitive radio receiver can sense weak radio waves. Noncontact voltage (NCV) detectors, including the HHM-NCV40, cannot detect DC voltages (such as those found in automotive electrical systems) or AC voltage through a wall or metal conduit. Unlike the typical NCV detector, the HHM-NCV40 has adjustable sensitivity—a feature that makes it possible to determine which wire in a bundle is the “hot” wire. This application calls for turning down the sensitivity in stages after the HHM-NCV40 senses voltage. As you reduce sensitivity, at some stage only the energized wire will produce a field strong enough to activate the audible and visual alarms from a short distance. In this way, the HHM-NCV40's adjustable sensitivity takes the guesswork out of identifying the “hot” wire of a bundle. The HHM-NCV40 also has a wider detection range (5 to 1000 Vac) than the typical NCV unit. The ability to detect the presence of 12 Vac in noncontact fashion is particularly useful during troubleshooting of hardwired process plant and industrial automation systems and equipment such as gas and water valves, fans, lights, relays, inverters, solenoids and horns. Hardwired commercial and residential building doorbells/ buzzers and thermostats are also commonly powered by 12 Vac. The ability of the HHM-NCV40 to detect 480V using its lowest sensitivity setting makes troubleshooting and installing generators and fluorescent lighting ballasts easier, faster and safer. Provides a Safe (Non-Contact) Way to Check Whether an Electric Line or Cable or AC Outlet is “Hot”(Energized) Beeper Sounds and Red LED Flashes When Voltage is Detected Wide Voltage Range Adjustable Sensitivity Takes the Guesswork Out of Identifying the “Hot” Wire of a Bundle Key FeaturesProvides a Safe (Non-Contact) Way to Check Whether an Electric Line or Cable or AC Outlet is “Hot”(Energized) Beeper Sounds and Red LED Flashes When Voltage is Detected Wide Voltage Range Adjustable Sensitivity Takes the Guesswork Out of Identifying the “Hot” Wire of a Bundle Provides a Safe (Non-Contact) Way to Check Whether an Electric Line or Cable or AC Outlet is “Hot”(Energized) Beeper Sounds and Red LED Flashes When Voltage is Detected Wide Voltage Range Adjustable Sensitivity Takes the Guesswork Out of Identifying the “Hot” Wire of a Bundle

Non-Contact Voltage Detector W Adjustable Sensitivity

₦ 31,352.02 ₦ 33,002.13 -5%

Temperature ranges from -80°C to 300°CTemperature monitors up to 8 channelsAccuracy ±1.0 °C (+/- 0.2 °C in relative temperature)Logging capabilities available through USB connectivity Dimensions 4.9" x 7.1" x 2.7" (125 mm x 182 mm x 69 mm) Humidity 95% Non Condensing Memory MicroSD external memory slot (up to 2 TB) The FOM-Series fiber optic monitors are designed to be compact and reliable. Fiber optic temperature measurement using the FOM-Series monitors provides accurate readings combined with a user friendly interface. The FOM-Series boasts a -80°C to +300°C temperature measurement range as well as ±1.0°C (+/- 0.2°C in relative temperature) accuracy. One of the greatest aspects of fiber optic temperature sensing is that the sensors do not require any recalibration. Fiber optic sensors have high repeatability, stability and no signal degradation due to probe length/lead length. The temperature measurement data can be datalogged to an Micro SD external memory card and sent to third party datalogger/system through RS-485 output or 0-10 V / 4-20 mA analog outputs. These devices are used for various applications and environments. Common applications include transformer factories, chemical processing, medical equipment testing (MRI, PETSCAN, NMR), commercial grade microwave heating, food and beverage processing, electric vehicle and battery testing and wood drying. Fiber optic sensors transfer information to the fiber optic monitor via light that travels through the fiber optic cable. This is quite different compared to traditional sensors that use resistance/voltage to communicate with monitors. Since fiber optic sensors use light the signal is very fast, reliable and is not influenced by outside forces such as EMI, RFI, NMR or microwave radiation.Key FeaturesTemperature ranges from -80°C to 300°CTemperature monitors up to 8 channelsAccuracy ±1.0 °C (+/- 0.2 °C in relative temperature)Logging capabilities available through USB connectivity