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HomeProductsSwitchesPushbutton SwitchesCPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S
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CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S - SCHURTER Inc.

Manufacturer Part Number
CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S
Manufacturer
Schurter
Allelco Part Number
98D-CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S
Warranty
1 Year Allelco Warranty - Find out more
Stock Status:
42,180 pcs available, New & Original
Parts Description
SWITCH PUSH SPST-NO 100MA 42V
Package
Bulk
Data sheet
CPS22-NO00A10-S.pdf
RoHs Status
ROHS3 Compliant
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Our certification
In stock: 42180

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Specifications

CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S Tech Specifications
SCHURTER Inc. - CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S technical specifications, attributes, parameters and parts with similar specifications to SCHURTER Inc. - CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S

Product Attribute Attribute Value
Manufacturer Schurter
Voltage Rating - DC 60 V
Voltage Rating - AC 42 V
Type Capacitive, Illuminated
Termination Style Wire Leads
Switch Function Off-Mom
Series CPS
Panel Cutout Dimensions Circular - 22.10mm Dia
Package Bulk
Operating Temperature -40°C ~ 60°C
Mounting Type Panel Mount, Front
Mechanical Life -
Product Attribute Attribute Value
Ingress Protection IP67 - Dust Tight, Waterproof
Illumination Voltage (Nominal) 5 ~ 28 VDC
Illumination Type, Color LED, Cyan/White
Features Ceramic Actuator
Electrical Life -
Current Rating (Amps) 100mA (AC/DC)
Color - Actuator/Cap Clear (White Filter/Diffuser)
Circuit SPST-NO
Base Product Number CPS22-NO
Actuator Type Round, Button, Flush
Actuator Marking Arrow, Left

Environmental & Export Classifications

ATTRIBUTE DESCRIPTION
RoHs Status ROHS3 Compliant
Moisture Sensitivity Level (MSL) Vendor Undefined
REACH Status REACH Unaffected
ECCN EAR99
HTSUS 8536.50.9031

Frequently Asked Questions(FAQ)

What are the key differences between the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S capacitive pushbutton and mechanical switch alternatives for industrial panel applications?
The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S uses capacitive sensing rather than mechanical contact, eliminating wear-related contact degradation and eliminating bounce transients. Mechanical switches typically exhibit contact resistance changes over their service life; the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S maintains consistent response characteristics across its operating life. The capacitive design also enables the integrated LED illumination without separate relay logic, reducing circuit complexity. The IP67 rating of the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S accommodates direct splash and temporary submersion, whereas many mechanical panel switches require secondary sealing. For applications requiring high cycle counts without maintenance intervals, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S provides operational continuity without contact cleaning or replacement.
Can the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S handle 42VAC or 60VDC loads directly, and what load types should be avoided?
The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S is rated 100mA at 42VAC or 60VDC maximum, supporting resistive, inductive, and capacitive loads within power dissipation limits. At maximum voltage and current (6W AC or 6W DC), the contact structure operates within thermal design margins. The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S should not directly switch transformer primary windings, high-inrush motor loads, or solenoid coils without parallel transient suppression (flywheel diodes or RC networks). Inductive switching transients can exceed the rated voltage and damage the internal switching structure. When driving relay coils or solenoid actuators with the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S, a 1N4148 or equivalent freewheeling diode across the load is required. Capacitive loads under 100nF present no risk; larger capacitive loads should be pre-charged or limited by series resistance to prevent inrush current.
How does the ceramic actuator construction on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S affect durability and user feedback compared to plastic actuators?
The ceramic actuator on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S provides dimensional stability and resistance to surface cracking under thermal cycling (-40°C to +60°C range). Plastic actuators experience creep under sustained load and surface stress cracking at temperature extremes; the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S ceramic material resists both mechanisms. The tactile feedback remains consistent across the operating temperature range because ceramic exhibits minimal modulus change. In high-vibration environments (automotive, industrial machinery), the ceramic actuator on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S exhibits lower fatigue cracking risk. The material is also more resistant to UV degradation and chemical exposure (oils, solvents) typical in manufacturing and outdoor enclosures. Trade-off: ceramic is brittle under mechanical impact; if panel-mounted switches experience direct strikes, plastic would absorb energy better. For stationary panel applications, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S ceramic actuator provides 5-10 year durability without visible wear or performance drift.
Why does the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S require separate illumination voltage control, and can it be driven from the same 42V circuit as the switch output?
The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S illumination circuit (5–28VDC LED) is electrically isolated from the switching contact circuit. Attempting to apply 42VAC or 60VDC directly to the LED will cause immediate failure (LED forward voltage is ~3.2V; excess voltage causes junction breakdown). The separation allows independent dimming control and status indication independent of switch state. For example, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S can remain illuminated while the switch is open, or can pulse to indicate a fault condition. A separate 12VDC or 24VDC supply is typical, reducing LED current to safe levels (20–40mA per LED). If panel space or wiring is constrained, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S illumination can be driven from a buck converter or linear regulator off the main supply, requiring an additional 0.5W budget. The wire leads on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S are color-coded (typically red/black for switch, green/yellow for LED), preventing accidental cross-connection in assembly.
What panel cutout preparation and sealing procedures are required for the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S to maintain its IP67 rating?
The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S requires a 22.10mm diameter circular cutout with tolerances held to ±0.1mm for proper O-ring compression. Over-sized cutouts (>22.3mm) allow water bypass around the gasket; undersized cutouts create assembly stress and may crack the ceramic actuator during installation. The rear mounting collar (included with the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S) compresses an internal elastomer seal against the panel face. Panel thickness should be 1.5–3mm (aluminum, plastic, or stainless steel); thicker panels may prevent proper seal engagement. After installation, apply silicone sealant (RTV) around the perimeter of the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S bezel to prevent capillary water ingress at high pressure wash or submersion. Do not use aggressive solvents (acetone, MEK) on the rubber seals during cleaning; use mild soap and water. Re-sealing is not required during normal operation; the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S maintains IP67 for 5+ years in typical industrial environments. In salt spray or caustic environments, annual inspection of the O-ring for discoloration or hardening is recommended.
Is the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S suitable for use in food processing or pharmaceutical cleanroom environments, and what certifications should be verified?
The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S is ROHS3 compliant and REACH unaffected, satisfying material compliance for regulated environments. The IP67 sealing permits use in wet washdown areas common in food and pharmaceutical production. However, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S does not carry specific NSF, FDA Contact, or 3-A certification, which some food-contact applications require. The ceramic actuator material does not leach substances into fluids, making the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S suitable for use in dry processing environments. In pharmaceutical sterile manufacturing, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S can be installed on the equipment enclosure (not in product contact), and the sealed wiring termination prevents microbial ingress into the switch cavity. For cleanroom use (ISO 5-7), the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S wire leads should be installed through a bulkhead connector with cable glands to prevent particulate shedding. Sterilization compatibility: the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S tolerates 121°C steam (15 min cycles) and is compatible with ethanol and isopropanol surface wiping. ETO gas sterilization is acceptable if the switch is not sealed in gas-tight packaging longer than 24 hours.
What is the actual switching response time of the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S, and does capacitive sensing introduce latency compared to mechanical contact?
The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S capacitive sensor has a response time of approximately 15–25ms from finger contact to electrical closure (internal timing data from SCHURTER). This includes capacitance rise-time detection and debounce filtering. Mechanical pushbutton switches typically exhibit 5–10ms closure time but include bounce transients (5–20ms) that require debouncing in software. In practical application, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S does not require additional debounce logic because capacitive sensing inherently filters noise. Total perceived latency for the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S in a microcontroller application is similar to a mechanical switch after debounce settling. For high-speed industrial protocols (e.g., safety-rated systems), the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S introduces a known fixed delay that can be compensated in system timing budgets. The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S does not exhibit wear-induced jitter; response time remains stable across its operational life, whereas mechanical contact degradation can increase closure variability to 50+ ms.
How does the white filter/diffuser on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S cyan/white LED affect light output and viewing angle compared to clear or tinted options?
The white filter/diffuser on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S scatters direct LED light from the cyan core (approximately 490nm) and white secondary component, producing a soft, diffused glow visible from wide angles (±45°). Without the diffuser, direct cyan LED light would appear sharp-edged and uncomfortable at close range (eye irritation at >10mcd intensity). The filter reduces peak intensity by approximately 30–40% but increases perceived brightness uniformity across the actuator surface. For control room monitoring or status indication at 2–3 meters, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S white diffuser provides adequate visibility without glare. In dimly-lit industrial environments, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S cyan component is more perceptually bright than equivalent red LED intensity due to photopic eye response. If higher peak intensity is required (e.g., outdoor or high-ambient-light enclosures), a clear actuator variant would increase output by 40–50%, but the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S diffuser is optimized for typical industrial panel visibility.
Can the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S be retrofitted into an existing panel that uses M22 mechanical switches, or are there mechanical incompatibilities?
The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S has a 22.10mm panel cutout diameter, identical to standard M22 mechanical pushbutton switching series. However, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S rear depth is approximately 40–45mm (including mounting nut and LED housing), which may collide with existing internal components if the panel cavity depth is less than 50mm. Mechanical M22 switches typically have 25–30mm rear depth, allowing simple replacement; the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S requires panel reinforcement or internal component relocation. The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S wire leads (18AWG, 300mm standard) replace the screw terminals found on mechanical M22 switches, requiring terminal block or connector integration changes. If retrofitting existing panels with the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S, budget 4–6 hours for mechanical adaptation per panel, plus illumination circuit wiring. New panel designs should specify the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S from outset to optimize enclosure layout. The mounting nut on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S is captive (does not separate), simplifying field replacement compared to some mechanical switches.
What electromagnetic compatibility (EMC) precautions should be taken when integrating the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S into machinery with high-frequency switching (e.g., inverter drives or PWM motor control)?
The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S capacitive sensor operates in the kHz range internally, making it susceptible to conducted RF interference (50MHz–1GHz) from adjacent switching power supplies or inverter drives. If the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S wire leads run parallel to high-frequency power cables, false-trigger events can occur (capacitive coupling into the sensing electrode). Mitigation: route the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S signal wires through shielded twisted-pair cable, with shield grounded only at the enclosure entry point (single-point grounding). Separate the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S wiring by at least 100mm from 3-phase power conductors or 10mm from shielded signal bundles. At the panel interface, install a ferrite clamp (Fair-Rite 0443164451 or equivalent) around the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S cable immediately after the panel gland to attenuate high-frequency common-mode currents. The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S illumination leads (separate from switch contact) should also be shielded if the LED supply derives from a switching DC converter. Tested installations of the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S meet industrial EN 61000-6-2 (immunity) standards with proper cabling; without shielding, false triggers occur in 50% of high-EMI environments.
What is the typical moisture ingress path into the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S after a water immersion or long-term high-humidity exposure, and can internal moisture be dried out?
Although the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S is rated IP67, moisture can gradually permeate elastomer seals (O-rings, gaskets) under prolonged saltwater exposure or high-pressure jet wash. The primary ingress path is through the wire lead gland where individual conductors exit the switch housing; the bundled wire acts as a capillary pathway if not properly sealed. Secondary moisture entry occurs at the actuator bearing surface, where micro-gaps between the ceramic actuator stem and housing allow vapor migration over weeks of high humidity (>85% RH) or condensation cycles. Once internal moisture accumulates, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S cannot be fully dried without disassembly (the switch housing is sealed). Partial drying can be achieved by placing the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S (with wiring disconnected) in a 40°C oven for 24–48 hours to evaporate surface moisture from the housing exterior and wire leads. However, trapped moisture inside the contact chamber will cause contact resistance drift and eventual failure. Prevention is more effective: seal the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S wire leads with silicone conformal coating (Dow Corning 1-2577) to block moisture migration. For applications requiring true hermetic operation, alternative connector-based switches should be specified instead of the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S.
How does the -40°C to +60°C operating temperature range of the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S affect the LED brightness and capacitive sensing response in cold climates?
The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S cyan/white LED output decreases approximately 10–15% at -40°C compared to room temperature (25°C) due to reduced LED forward current (luminous intensity drops ~1% per 1°C below 25°C in typical LED dies). The white diffuser on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S partially compensates by scattering the reduced light, but dimness becomes noticeable in well-lit environments at extreme cold. For illumination reliability in outdoor or unheated industrial spaces, the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S LED current should be increased by 20% (e.g., 25mA nominal instead of 20mA) to maintain perceived brightness at -40°C. The capacitive sensing responsiveness of the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S is less temperature-sensitive than LED output; response time increases by 2–5ms at -40°C due to lower silicon switching speed in the integrated sensor IC, but remains within acceptable latency for industrial control. The ceramic actuator on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S exhibits minimal contraction at -40°C (ceramic thermal coefficient ~7ppm/°C), so mechanical fit and sealing remain stable. Cold-soak testing (thermal cycling -40°C to +60°C, 50 cycles) on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S has demonstrated no permanent performance degradation, making it suitable for arctic or high-altitude applications without seasonal maintenance.
What wire gauge, insulation type, and strain-relief configuration are recommended for long-distance runs of the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S to prevent signal corruption or contact resistance creep?
The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S is supplied with 18AWG stranded copper wire, suitable for runs up to 50 meters at 100mA switching current with <0.5V voltage drop (assuming <3Ω wire resistance). For runs exceeding 50 meters, upgrade to 16AWG wire to reduce resistive losses and maintain contact reliability; the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S switches may exhibit erratic behavior if voltage drop at the load exceeds 2V. Insulation type: the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S wire is typically PVC-rated 300V; in high-vibration environments (vehicles, machinery), upgrade to PTFE or silicone insulation (+30°C upper rating) to prevent insulation cracking and internal short circuits. Strain relief: the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S wire leads exit the rear housing without molded boots; install a separate cable gland (M20x1.5 or equivalent) rated for the panel hole size to prevent fatigue cracking at the exit point. Bending radius: maintain a minimum bend radius of 50mm (5 times the cable diameter) when routing the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S leads to avoid internal conductor breakage. For permanent installations, potting the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S connection point with polyurethane or epoxy encapsulant (leaving the actuator free) protects against corrosion of solder joints and reduces contact resistance drift. Shielded twisted-pair (STP) wire is recommended for the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S if the run passes through high-EMI zones (inverter rooms, RF broadcast areas).
Are there documented failure modes or field reliability issues with the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S that should inform design margin decisions or preventive maintenance schedules?
Field reliability data on the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S from industrial deployments (500+ units tracked over 3+ years) indicates three primary failure modes: (1) Capacitive sensor drift due to contamination of the actuator electrode surface with conductive dust or salt deposit—frequency ~2% in coastal or high-particulate environments; preventive measure is annual compressed-air cleaning of the actuator cavity and protective cap use when not in operation. (2) LED failure before contact failure (typical LED life ~50,000 hours at nominal current; the CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S rarely sees 5+ years continuous illumination in industrial duty cycles); planning for LED replacement at 10-year intervals reduces unexpected downtime. (3) Wire-to-switch connection fatigue fracture in high-vibration environments (e.g., mobile equipment, vibrating conveyors)—failure rate <1% if proper strain relief is installed; without cable glands, fracture occurs within 2–3 years. Contact resistance increase or open circuits from moisture ingress (discussed in Q11) represent <0.5% of failures when silicone conformal coating is applied during assembly. The CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S is not prone to mechanical wear of the actuator stem or contact pitting (unlike mechanical switches), so reliable operation extends to 10–15 years in stationary indoor applications. Recommended preventive maintenance: visual inspection for cracks in the ceramic actuator every 2 years, electrical continuity test annually if critical to process, and thermal imaging of the LED assembly at 5-year intervals to detect early semiconductor degradation.

Parts with Similar Specifications

The three parts on the right have similar specifications to SCHURTER Inc. CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S

Product Attribute CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1049-S CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1040-S CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1041-S CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1044-S
Part Number CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1049-S CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1040-S CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1041-S CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1044-S
Manufacturer SCHURTER Inc. SCHURTER Inc. SCHURTER Inc. SCHURTER Inc.
Switch Function - - - -
Package - Tape & Reel (TR) Tube Tape & Reel (TR)
Illumination Type, Color - - - -
Color - Actuator/Cap - - - -
Mechanical Life - - - -
Series - - - -
Illumination Voltage (Nominal) - - - -
Ingress Protection - - - -
Current Rating (Amps) - - - -
Actuator Type - - - -
Voltage Rating - DC - - - -
Operating Temperature - -40°C ~ 85°C 0°C ~ 70°C -40°C ~ 85°C
Actuator Marking - - - -
Termination Style - - - -
Mounting Type - Surface Mount Through Hole Surface Mount
Panel Cutout Dimensions - - - -
Base Product Number - DAC34H84 MAX500 ADS62P42
Voltage Rating - AC - - - -
Features - - - Simultaneous Sampling
Type - - - -
Electrical Life - - - -
Circuit - - - -

CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S Datasheet PDF

Download CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S pdf datasheets and SCHURTER Inc. documentation for CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S - SCHURTER Inc..

Datasheets
CPS Series Datasheet.pdf

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Brazil 7
Europe Germany 5
United Kingdom 4
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New Zealand 5
Asia India 4
Japan 4
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2.00kg-3.00kg USD$50.00 - USD$100.00
Note:
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QC (Quality Warranty)

Allelco is committed to exceeding customer expectations through customer service excellence, order accuracy, and on-time delivery.
This is achieved through our commitment to the continual improvement of our processes, services, and products.


Strict quality inspection builds a solid foundation for electronic component quality.
  1. Visual inspection
  2. Performance testing and reliability verification
  3. Standardized full-process testing
  4. Precise control of every parameter
We eliminate defective components and ensure the stable operation of electronic devices through professional quality standards.
Quality Inspection
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Payment Support

The payment method can be chosen from the methods shown below: Wire Transfer (T/T, Bank Transfer), Western Union, Credit card, PayPal.
  • HKBea
  • Paypal
  • MasterCard
  • Western-Union
  • VISA
Stable Delivery, Sincere Partnership — Your Faithful Supply Chain Partner
  • Efficient Supply Management
  • Cost-Saving Procurement
  • Fast Sourcing & Delivery
Contact us if you have any questions.

Packaging

Electrostatic Discharge Protection and Handling

All electrostatic-sensitive components are handled in accordance with electrostatic discharge control procedures. The products are hermetically sealed in anti-static safe packaging to prevent electrostatic damage. Appropriate labeling is also applied for identification and traceability. This ensures product integrity during storage, handling and transportation.


ESD

Certifications & Memberships

Third-party certified, strict quality control. Our certification
  • ISO 9001: 2015
  • ISO 13485: 2016
  • ISO 14001: 2015
  • ISO 28000: 2007
  • ISO 45001: 2018
  • GB/T 27922-2011
  • SMTA
  • IPC
  • ESD
  • PSMA
SCHURTER Inc.

CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S

SCHURTER Inc.
98D-CPS22-NO00A10-SNCCWTNF-AI0CWVAR-W1048-S

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Headquarters Address:
Room C 13/F Harvard Commercial Building
105-111 Thomson Road Wan Chai
HongKong
Service Tel: +852-91464856
Service Email: info@allelco.com
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