AMS-127-1.0-0.8 (30x30) HT120 E L2 69K Thermoelectric Cooler Qmax 56 W

The AMS-38-1.0-0.8CHR (24D) is a high-performance round thermoelectric cooler (TEC) designed for precision temperature control in industrial, medical, and scientific applications. With a Qmax of 16.8W and a maximum temperature differential (dTmax) of 69K, this compact Peltier module provides efficient and stable cooling performance for optical instruments, laser systems, and circular mounting applications.Manufactured with high-quality Al₂O₃ ceramic materials, this Ø24 mm TEC module ensures excellent heat transfer, structural durability, and long-term operational reliability. The low electrical resistance (Rac 0.64Ω) enhances power efficiency, making it an optimal choice for circular heat sink applications and high-precision cooling solutions.Key FeaturesRound Form Factor for Specialized Cooling – Designed with a Ø24 mm circular shape and center hole, making it ideal for optical and laser-based applications.Reliable Cooling Performance – Provides a Qmax of 16.8W, ensuring efficient heat dissipation in demanding applications.Optimized Electrical Efficiency – Operates at Umax 4.7V and Imax 5.8A, delivering stable and energy-efficient cooling.Wide Temperature Differential – With a dTmax of 69K, this TEC module offers excellent thermal regulation in various conditions.Compact and Durable Design – Features a 3.1 mm height, making it easy to integrate into compact cooling systems.High-Quality Ceramic Construction – Built with Al₂O₃ ceramic, ensuring superior thermal conductivity and mechanical stability.Low Electrical Resistance for Maximum Efficiency – With Rac of 0.64Ω, it minimizes power loss while maintaining consistent cooling performance.Reliable Lead Wires – Equipped with 22 AWG wires, featuring 200mm stripped leads without tinning, ensuring secure electrical connections.ROHS Compliant and Epoxy-Sealed – Designed for long-term durability and environmental safety, ensuring compliance with industry standards.ApplicationsOptical and Laser Cooling – Perfect for cooling high-precision optical sensors, laser diodes, and photonic instruments.Medical and Laboratory Equipment – Supports temperature stabilization in diagnostic instruments, cryogenic research devices, and miniaturized laser-based medical systems.Circular Heat Sink Applications – Designed for applications requiring a center hole, such as ring-mounted optics and fluid-cooled setups.Industrial Electronics and Instrumentation – Maintains stable operating temperatures for precision measurement instruments, sensors, and automated systems.Aerospace and Automotive Thermal Management – Provides reliable cooling solutions for high-performance automotive, aerospace, and satellite applications.What’s Next?The AMS-38-1.0-0.8CHR (24D) Thermoelectric Cooler is an energy-efficient, compact TEC module, ideal for critical applications requiring precise thermal regulation in round mounting configurations. With its advanced thermoelectric technology, this module ensures long-term durability and optimal cooling efficiency for high-performance applications.For technical support, product availability, or customized thermal solutions, consult a thermal engineering expert to integrate this TEC into your system.

10 kΩ; ±1%; Bead Head; 3.04x2.4 mm; Phenolic Resin The TCS610 by Wavelength Electronics is an NTC bead head thermistor sold in packs of 10 that can be used with following temperature controllers and laser diode drivers from Wavelength Electronics: HTC1500, HTC1500-62, HTC3000, HTC3000-62, HTC4000-62, MPT2500, MPT5000, MPT10000, PID1500, PTC5000, PTC10000, PTC2.5K-CH, PTC5K-CH, PTC10K-CH, RHM5K-CH, WHY5640, WTC3243, WTC3243HB, WTCP5A5V, LDTC 2/2 O, LDTC 2/2 E, LDTC0520 or LDTC1020. It is conformally coated, two-lead thermistors for applications where embedding the thermistor is required. The coating is baked on phenolic for durability and long term stability. It has solid nickel wires with Teflon® insulation to provide isolation when assembled in metal housings. It is ideal for controlling optical surfaces, thin surfaces and small laser packages. A complete resistance vs. temperature chart is included in the datasheet. Key Features Thermal Resistance or Dissipation Constant is 2-3 mW / °C Thermal Time Constant is 6-14 seconds Low Cost Small Size -- Conformally Coated Wide Resistance Range Available in 5 Different R-T Curves 1% Tolerance 3" Long Solid Nickel Wire Leads Teflon® Insulation Provides Isolation from Metal Housing RoHS Compliant (by exemption)  

The PTC-CH Series Chassis Mount Temperature Controllers deliver the precision performance and long-term reliability you expect from a Wavelength Electronics temperature controller. PTC-CH Series controllers are found in such diverse applications as particle and droplet measurement, manufacturing machine vision systems, biomolecular interaction analysis, and more.The PTC-CH controllers operate from a single power supply between 4.5 V and 30 V, and a selection of models allows you to optimize the current output level for your application. The linear bipolar controller drives a Peltier thermoelectric cooler or a resistive heater, and the chassis-mount package integrates easily into OEM applications. PTC-CH controllers interface with a variety of temperature sensors, and the bias current is adjustable in order to maximize controller sensitivity and stability for your application.The compact chassis-mount design simplifies heatsinking and requires minimal space. PTC-CH controllers are quick to configure for your prototype project, and there are no surprises when it's time to integrate the controller into the final design.Practical Features For Real-World Conditions Built-in features make your product more robust to real-world operating conditions and minimize your electronics overhead: If the optional remote temperature setpoint signal is lost, the controller defaults to a standard "safe" temperature setpoint (25ºC when a 10 k© thermistor is used). The safe temperature can be changed at the factory; call for details. An on-board trimpot is used to set the output current limit to prevent over-driving the TEC, and helps protect your load from thermal runaway situations. Proportional gain is easily adjusted with an on-board trimpot. Low temperature coefficient design remains stable across a wide range of ambient conditions. When used with Wavelength's laser drivers, such as the PLD Series, these temperature controllers provide stable and reliable performance that sets your system apart from your competitors' and keeps your customers satisfied. Key Features Drive up to ±2.5, ±5.0, or ±10.0 A of linear bipolar TEC or heater current Add a booster unit to drive up to ±20.0 A Single supply operation: 5 to 30 VDC Small package: 3.0" x 3.2" x 1.1" Use a wide variety of temperature sensors Remote Output and Setpoint controls Short term stability: 0.0012°C Selectable sensor bias current Adjustable current limit Failsafe Setpoint default in case of remote temperature setpoint signal error

Sensor Size 4 x 4 - 100 x 80 mm; 350-1100 nm; Power Range 1-2,500 µW; Position Resolution 0.1-100 µm; Position Accuracy 25-1,000 µm; Interface Analog, USB 2.0, MobileLasers propagating through space have a perfect line trajectory. Using this quality, combined with a position sensor capable of measuring perpendicularly to the propagation direction, Duma Optronics’ comprehensive series of beam positioners yields a perfect system for straightness and alignment. Many applications such as machine straightness measurement, alignment of optical systems, vibration and quality control are enabled by combining the system with the powerful computing capability of today. Optical beam position measurements can be done by a variety of sensor heads, including CCD or miniature and large-area PSD. Duma Optronics offers a variety of sensor head sizes to accommodate numerous application needs. Position sensing provides measurements of optical beam location on a detector surface, and also provides absolute power measurements. Duma Optronics’ series of laser beam positioners are measuring accurately down to fractions of a micron, wherein lower resolution allows measurements over wide areas up to 100 mm. This series includes various detector types such as lateral effect, centrally perforated four-quadrant in 4 x 4 mm up to 100 mm size, and CCD. SpotOn Analog: A complete solution for fast and extremely accurate beam positioning. The system measures both optical beam position and power. Download datasheetSpotOn Mobile: High-accuracy compact beam positioning system with Nexus7 PC tablet included. Download datasheetLaserOn: Compact visible laser diode (635 nm) with built-in screws for fine beam direction adjustment. Completing usage for positioning. Download datasheetSpotOn LA: Large aperture beam positioning system for applications exceeding 100 mm of beam positioning area. Download datasheetSpotOn USB 2.0: A portable, fast and accurate optical beam positioning system (down to 0.1 µm) featuring a USB 2.0 interface. Download datasheetKey Features: Complete Line of Laser Beam Positioning Various Detector Types: Lateral Effect, Centrally Perforated Four-quadrant, CCD Simultaneous Operation of Several Detectors Fast Acquisition up to 60 kHz Calibrated Lasers for Alignment Reference Applications: Machine Straightness Measurement; Alignment of Optical Systems; Vibration Measurement; Quality Control

EFL 4.50 mm; NA 0.40 mm; CA 3.70 mm; OD 4.70 mm; D-ZK3 GlassThe Zemax file of this lens can be downloaded here: file. Do you need...a different coating? A range of standard coatings is available, click here to select your coating option.a mounted aspheric lens? Click here to learn morea customised lens? Click here to contact us!All products supplied by GH Optics are RoHS compliant and meet the requirements of the current EU RoHS Directive 2011/65/EU. The RoHS certificate can be provided on request.

Gas Leak Rate <1 x 10-8 scc/s; Fiber Type SM, MM, PM, High-Power Fibers; Cladding Diameter 125 to 1000 µm; Sealant Teflon, Viton; Operating Temperature -180 to +230 °C OZ Optics’ VAC series of fiber optic vacuum pressure feedthroughs provide a simple way to use optical fibers with vacuum and pressure chambers. They are available in two versions - a penetrating feedthrough fiber version and a receptacle style version. Penetrating versions have the fibers directly installed. One or four fiber versions are available. The fibers are installed in the OZ Optics factory. The fibers pass through a soft sealant material which is compressed by the compressive endcap and internal squeezer of the feedthrough. This conforms the sealant material surrounding the fiber, sealing the hole. A variety of sealant materials can be used. Viton is recommended for most applications up to +230 °C, and Teflon for cryogenic applications. A 1/4” NPT thread vacuum feedthrough is our standard. 1/8” NPT thread is also available for single channel assemblies with no connectors. In penetrating versions, the fiber can be protected in 900 µm loose tubing or a 3 mm OD stainless steel cable. The receptacle style version contains a short fiber stub, which is sealed using a vacuum rated glue. An O-ring is used between the chamber wall and the flange to seal the system. Adapters for various standard connectors are available. Key Features: Vacuum or Pressure Seal; Fiber in Penetrating Style Can Be Protected in Loose Tubing or Stainless Steel Cable Rugged Design Compact Low Transmission Loss (Excluding Connector Losses) Easy Installation Wide Range of Connector Types Single Fiber and Four Fiber Penetrating Versions Available Receptacle or Penetrating Type Available Operating Temperature Receptacle Type: -35 to +90 °C Operating Temperature Penetrating Type: -20 to 230 °C (Viton), -180 to +230 °C (Teflon) Applications: Laser Power Delivery or Optical Sensing in a Pressure or Vacuum Chamber

 The AMS-127-1.0-1.3 is a high-efficiency thermoelectric cooler (TEC) designed to provide precise and reliable thermal management for industrial, medical, and scientific applications. With a maximum cooling capacity (Qmax) of 34.5W, this compact Peltier module delivers consistent temperature regulation critical for sensitive electronic devices and instruments.Constructed using high-quality Al₂O₃ ceramic materials, this 30x30 mm rectangular TEC features a robust and flat design, achieving a maximum temperature differential (dTmax) of 69K. Its compact height of 3.6 mm ensures seamless integration into space-constrained systems without compromising thermal performance or reliability.Key FeaturesEfficient Cooling Capacity – Delivers a Qmax of 34.5W, providing stable thermal control for demanding environments.Optimized Electrical Performance – Operates effectively at Umax 15.7V and Imax 3.6A, ensuring low energy consumption with maximum efficiency.Wide Temperature Differential – Achieves a dTmax of 69K, making it ideal for high-performance cooling applications requiring precise temperature stabilization.Compact and Robust Build – The 30x30 mm rectangular form and slim profile (3.6 mm height) facilitate easy integration into compact thermal management systems.High Thermal Conductivity Ceramic – Manufactured with premium Al₂O₃ ceramic, offering superior heat transfer efficiency and structural reliability.Low Electrical Resistance – With a Rac of 3.2Ω, it delivers high cooling performance with minimal power loss.Reliable Wiring Configuration – Equipped with standard 22 AWG wires, ensuring secure connections and compliance with ROHS environmental standards.ApplicationsSemiconductor Thermal Control – Maintains optimal operating temperatures for electronic components, microprocessors, and sensitive sensors.Medical & Laboratory Equipment – Provides precision cooling essential for diagnostic instruments, laboratory devices, and laser systems.Laser & Optoelectronic Systems – Ensures effective thermal regulation for laser diodes, optical sensors, and precision photonic instruments.Industrial Electronics & Automation – Supports stable thermal environments in automated systems, precision testing devices, and industrial control modules.Aerospace & Automotive Applications – Suitable for thermal management solutions in advanced transportation systems, including aerospace and automotive electronics.What’s Next?The AMS-127-1.0-1.3 Thermoelectric Cooler is an optimal solution for professionals seeking precision cooling, robust performance, and energy efficiency. Leveraging advanced thermoelectric technology, it is specifically engineered for applications requiring reliable and stable temperature control.For detailed technical inquiries, product availability, or tailored cooling solutions, consult a thermal management expert to integrate this TEC into your system design seamlessly.

 The AMS-127-1.4-1.05 is a high-performance thermoelectric cooler (TEC) designed for precise temperature regulation in industrial, medical, and scientific applications. With a Qmax of 84W and a maximum temperature differential (dTmax) of 69K, this efficient Peltier module ensures stable and reliable thermal management for semiconductors, laser systems, medical instruments, and industrial electronics.Manufactured using high-quality Al₂O₃ ceramic materials, this 40x40 mm TEC module delivers superior heat transfer efficiency and long-term durability. The low electrical resistance (Rac 1.4Ω) and optimized power efficiency make it ideal for high-performance cooling applications.Key FeaturesSuperior Cooling Performance – Provides a Qmax of 84W, ensuring efficient heat dissipation for demanding applications.Optimized Electrical Efficiency – Operates at Umax 15.7V and Imax 8.6A, delivering stable and efficient cooling.Wide Temperature Differential – With a dTmax of 69K, this TEC module offers excellent thermal regulation across varying conditions.Compact and Durable Design – Features a 40x40 mm rectangular shape with a 3.4 mm height, making it suitable for compact cooling assemblies.High-Quality Ceramic Construction – Built with Al₂O₃ ceramic, ensuring superior thermal conductivity and structural reliability.Low Electrical Resistance for Maximum Efficiency – With Rac of 1.4Ω, it minimizes power loss while maintaining high cooling performance.Reliable Lead Wires – Equipped with 22 AWG wires, featuring 200mm stripped leads without tinning, ensuring secure and stable electrical connections.ROHS Compliant and Epoxy-Sealed – Designed for long-term durability and environmental safety, ensuring compliance with industry standards.ApplicationsSemiconductor Cooling – Ensures precise thermal control for high-performance chips, sensors, and microprocessors, preventing overheating and improving efficiency.Medical and Laboratory Equipment – Supports temperature stabilization in diagnostic instruments, cryogenic research, and precision laser medical devices.Laser and Optoelectronic Systems – Provides effective cooling for high-power laser diodes, optical sensors, and photonic instruments.Industrial Electronics and Instrumentation – Maintains stable operating temperatures in automated control systems, precision test equipment, and measurement instruments.Aerospace and Automotive Thermal Management – Offers high-reliability cooling solutions for transportation, aerospace, and satellite applications.What’s Next?The AMS-127-1.4-1.05 Thermoelectric Cooler is a cutting-edge solution for professionals requiring high-performance, energy-efficient, and reliable temperature control. Designed with advanced thermoelectric technology, this module ensures long-term durability and efficiency for a wide range of demanding applications.For technical support, product availability, or customized thermal management solutions, consult a thermal engineering expert to integrate this TEC into your system.

 The AMS-127-1.0-1.5 is a high-performance thermoelectric cooler (TEC) designed for precise temperature regulation in scientific, industrial, and medical applications. This compact 30x30 mm Peltier module provides efficient cooling performance with a Qmax of 29.9W and a maximum temperature differential (dTmax) of 69K, making it ideal for demanding thermal management applications.Built with high-quality Al₂O₃ ceramic materials, this TEC module ensures optimal heat dissipation, long-term reliability, and high structural integrity. With its low electrical resistance (Rac 3.65Ω) and optimized energy efficiency, the AMS-127-1.0-1.5 offers stable and consistent thermal regulation for sensitive equipment.Key FeaturesEfficient Cooling Performance – Delivers a Qmax of 29.9W, ensuring reliable heat dissipation for temperature-sensitive applications.Optimized Electrical Performance – Operates at Umax 15.7V and Imax 3.1A, providing stable power consumption and energy efficiency.Wide Temperature Differential – Achieves a dTmax of 69K, making it suitable for high-precision thermal management.Durable and Compact Design – 30x30 mm rectangular shape with a 3.8 mm height, allowing seamless integration into compact cooling assemblies.High-Quality Ceramic Construction – Built with Al₂O₃ ceramic, offering superior thermal conductivity and mechanical stability.Low Electrical Resistance – Rac of 3.65Ω ensures maximum cooling efficiency with minimal power loss.Reliable Lead Wires – Equipped with 24 AWG wires, featuring 200mm stripped leads without tinning, ensuring secure electrical connections.Environmentally Friendly and Safe – Complies with ROHS standards, ensuring safe operation and minimal environmental impact.ApplicationsSemiconductor Cooling – Maintains optimal operating temperatures for microprocessors, sensors, and other precision electronics.Medical and Laboratory Equipment – Ensures temperature stability in diagnostic instruments, cryogenic research devices, and laser therapy equipment.Laser and Optoelectronic Systems – Provides efficient thermal management for high-power laser diodes and optical communication devices.Industrial Electronics and Instrumentation – Supports stable temperature regulation for automation systems, test equipment, and precision instruments.Aerospace and Automotive Thermal Management – Delivers reliable cooling solutions for transportation, aviation, and space applications.What’s Next?The AMS-127-1.0-1.5 Thermoelectric Cooler is an efficient, reliable, and compact thermal management solution tailored for critical applications requiring stable temperature control. With its advanced thermoelectric design and superior material quality, it provides long-term cooling efficiency for a wide range of industries.For technical inquiries, product availability, or customized thermal solutions, consult a thermal management expert to integrate this TEC into your system.