ZKTeco KR702E-M RFID Reader in Dubai, UAE
A compact, full-touch access reader for controlled entrances where organizations need a professional wall-mounted device, selectable RFID credential technology, Wiegand connectivity, and an IP65-rated enclosure. The KR702 family is available in two technically different versions, so the correct choice depends on the cards already used at the site and the input format supported by the access control panel.
✓ 125kHz or 13.56MHz Variant
✓ Wiegand Interface
✓ Configuration Guidance
Request Quote
Check UAE Availability
Quick Product Information
ZKTeco
KR702E / KR702M
RFID access control reader with touch keypad
125kHz for E; 13.56MHz for M
Wiegand 26 for E; Wiegand 34 for M
IP65
12V DC, less than 90mA
0 to 8cm, subject to card and conditions
Less than 80ms
113 × 75 × 16mm
Contact FourTeck.com for current options
Confirm card type, controller and quantity
Buyer Snapshot: Is the KR702 Family a Good Fit?
For busy procurement teams, the most important point is not simply whether this reader fits the wall. It must fit the credential system and the controller. Use the quick decision cards below before asking for pricing.
Controlled office, commercial, residential, education, hospitality, retail and project entrances that use compatible RFID credentials and Wiegand access panels.
A compact reader combines touch-key styling, weather-resistant construction and straightforward controller integration in a small 113mm-high body.
Determine whether the project requires 125kHz credentials with Wiegand 26 or 13.56MHz credentials with Wiegand 34.
Suitable where an IP65-rated reader is appropriate, provided mounting, sealing, cabling, power and environmental conditions are planned correctly.
The E and M versions are alternatives, not interchangeable settings in one unit. Specify the required version on the purchase request.
Share the controller model, card technology, number of doors, site conditions and quantity so the quotation can be aligned with the project requirement.
Product Overview
The ZKTeco KR702E-M RFID Reader is part of ZKTeco’s KR702 access-reader family, a design built around a slim wall-mounted form, a touch-key front panel, RFID credential reading and Wiegand output to a compatible access controller. It is intended to work as the user-facing reader at a controlled entry point rather than as a complete access control system by itself. In a typical deployment, the reader captures credential information and passes data to the controller, while the wider system handles authorization logic, door locking, event records and related control functions.
The family is especially relevant to projects where appearance matters alongside practical installation. ZKTeco uses a full-acrylic style exterior and a full-touch key layout, creating a cleaner front surface than many traditional button-based readers. Its 113 × 75 × 16mm dimensions also make it compact enough for many entrance locations where a bulky terminal would look out of place. The IP65 rating supports deployment in environments where protection against dust and water exposure is required, although correct sealing, cable routing and installation practice remain important for any outdoor or semi-exposed application.
The most important technical decision is the variant. KR702E operates at 125kHz and uses Wiegand 26, while KR702M operates at 13.56MHz and uses Wiegand 34. Buyers should therefore avoid selecting only by appearance or model-family name. Existing employee cards, visitor credentials, building access standards and controller configuration should be checked first. If an organization is replacing an older reader, the project team should identify the old credential frequency and interface before assuming the KR702 will be a drop-in replacement.
For businesses in Dubai and across the UAE, FourTeck.com can support the procurement process by reviewing the required reader version, basic controller compatibility, power expectations, quantity, mounting environment and related access-control components before quotation. This reduces the chance of ordering the right-looking reader with the wrong card technology. It is also useful for multi-door projects where a standardized reader appearance is desired but compatibility must remain consistent across all entrances.
Key Business Benefits
A card reader is a small component in the overall access-control architecture, but choosing it correctly affects user convenience, installation consistency and long-term system compatibility. The KR702 family offers several practical advantages when its variant matches the site requirement.
◆ Clear Variant Choice
Separate 125kHz and 13.56MHz versions let buyers align the reader with established credential technology instead of forcing a change in the entire card estate. This is valuable for upgrades where organizations want a new reader design while keeping compatible staff badges already in circulation.
◆ Compact Installation Profile
At only 16mm deep, the reader has a low-profile wall presence. For architects, fit-out teams and facility managers, that can help maintain a neat entrance appearance in offices, meeting areas, residential lobbies and customer-facing spaces without using a large terminal.
◆ Weather-Resistant Design
The IP65 rating gives project teams more flexibility when the reader must be placed in a location exposed to dust or water ingress risk. Correct installation is still essential, but the enclosure is better suited to demanding entry points than a reader intended only for controlled indoor conditions.
◆ Fast Credential Interaction
ZKTeco specifies a read time of under 80ms. In practical terms, a responsive reader helps support smoother staff movement at normal controlled doors, especially when the controller, lock hardware and authorization process are also configured correctly.
◆ Familiar Wiegand Integration
Wiegand 26 and Wiegand 34 are widely recognized access-control data formats. For projects already designed around compatible controller inputs, this can simplify reader integration compared with adopting a reader that requires a different communication architecture.
◆ Lower Selection Risk Through Specification Matching
Because the family clearly separates frequency and Wiegand format by model, procurement teams can document the required version on bills of quantity, purchase orders and replacement schedules. That makes technical sign-off easier and helps avoid mixing incompatible reader variants within one project.
Product Highlights for Access-Control Projects
The keypad-style touch surface gives the reader a modern appearance suitable for locations where conventional mechanical keys would look visually dated. Buyers planning keypad-based workflows should confirm how keypad data will be handled by the selected controller.
The reader is specified with IP65 protection. This makes it useful for project locations requiring a sealed reader design, but installers should still follow suitable weatherproofing, cable-entry and mounting practices.
ZKTeco states an effective range of up to 8cm, while noting that actual distance varies according to the card and working conditions. Buyers should not design physical user flow around the maximum figure without on-site testing.
The stated power requirement is straightforward for many access-control installations. The total power design should still account for the controller, electric lock, request-to-exit devices, sensors and any other powered accessories.
For procurement, the practical highlight is the clear distinction between the two versions. KR702E is the 125kHz model with Wiegand 26 output. KR702M is the 13.56MHz model with Wiegand 34 output. The enclosure, dimensions and general reader concept are similar, but the credential ecosystem is not. A buyer replacing readers at an existing site should identify the current cards before choosing. A buyer planning a new system should confirm the desired credential technology together with the controller and software architecture. This approach avoids a common project mistake: treating visually similar readers as electrically and logically interchangeable.
Technical Specifications
| Specification | KR702E | KR702M |
|---|---|---|
| Brand | ZKTeco | |
| Product Type | RFID access control reader with full touch keys | |
| Operating Frequency | 125kHz | 13.56MHz |
| Wiegand Signal | Wiegand 26 | Wiegand 34 |
| Power Supply | 12V DC, less than 90mA | |
| Effective Distance | 0 to 8cm; varies with card and working conditions | |
| Read Time | Less than 80ms | |
| Ingress Protection | IP65 | |
| Operating Temperature | 0°C to 70°C | |
| Operating Humidity | 20% to 80% | |
| Dimensions | 113 × 75 × 16mm (L × W × H) | |
| Housing Style | Full-acrylic appearance with touch-key front | |
| Availability | Contact FourTeck.com for current model and quantity options | |
| Warranty Guidance | Confirm applicable warranty terms with quotation and supply source | |
When choosing from the table, start with the credential frequency rather than the physical appearance. A site using 125kHz proximity credentials should be evaluated for the KR702E version and its Wiegand 26 output. A site using compatible 13.56MHz credentials should be evaluated for the KR702M version and Wiegand 34. The controller must accept the corresponding output format, and the system integrator should confirm card numbering and programming conventions. Power planning should also cover the complete door assembly rather than the reader alone. The reader’s stated current draw is below 90mA, but door locks can require far more power, particularly during activation. Finally, treat the 0–8cm range as a vendor maximum under suitable conditions, not a guaranteed presentation distance for every credential. Card construction, mounting surface and environmental conditions can influence practical read performance.
Configuration and Buyer Guidance
A correct reader selection begins with the system around the reader. Procurement teams should avoid treating this item as an isolated accessory because card technology, control panel compatibility and door hardware determine whether the final installation works as expected. Before requesting a quotation, document the following project details.
Identify whether users carry 125kHz proximity cards or compatible 13.56MHz credentials. If the current cards are unknown, inspect the existing system documentation before specifying a model.
Confirm that the panel supports the Wiegand format associated with the selected version. Also check how the controller handles facility codes, card numbers and keypad input.
Review wall material, cable entry, weather exposure, mounting height, user approach and nearby metal. IP65 is useful, but installation quality still determines real-world protection.
For replacement jobs, capture the existing wiring, card type, Wiegand format and panel model. For new installations, select reader and credential standards together.
The reader is only one part of a door solution. The project may also require a controller, power supply, electric lock, exit button, door contact, cabling, credentials and enclosure components.
Quantity affects procurement, spares planning and system standardization. Multi-door sites should define a consistent credential and reader standard before rollout.
For a faster FourTeck.com review, provide the exact controller model, current credential type or card frequency, number of reader locations, indoor or outdoor mounting requirement, available 12V power arrangement, and whether the project is a new installation or a replacement. If keypad usage is part of the design, also explain whether users are expected to present a card, enter a code, or follow a combined workflow so controller-side compatibility can be considered. These details are more useful than asking for the reader by model name alone.
Ideal Business Use Cases
The KR702 family is best understood as a controlled-entry reader for sites that already have, or are planning, an access controller. It can fit many environments when the credential technology and installation conditions are correct.
Corporate Office Doors
Use the reader at staff-only entrances, internal controlled areas, server-room approaches or office suites where compatible cards already form part of the organization’s access policy. The compact appearance can suit modern fit-outs where a large terminal is unnecessary.
Residential and Building Access
Property managers and integrators can consider the reader for controlled common-area entry points when the building controller supports the required Wiegand format and resident credentials use the correct frequency. Environmental exposure should be reviewed for each location.
Retail Back-of-House Areas
Retail operations can deploy compatible readers on staff rooms, stock rooms or administration areas where access should be limited to authorized personnel. A consistent badge system can reduce the need for separate physical keys across multiple controlled spaces.
Hospitality Staff Entrances
Hotels and hospitality projects may use compact RFID readers on employee-only doors or service areas as part of a wider access-control design. Credential lifecycle, shift operations and controller event logging should be planned at the system level.
Education and Training Facilities
Schools, training centers and campuses can consider the reader for restricted rooms, staff areas or administrative spaces. The chosen credential frequency should match the site’s card ecosystem to avoid issuing an unnecessary second credential.
Multi-Door Standardization Projects
System integrators can standardize the visual reader design across many entrances while selecting the correct E or M version for the defined credential standard. Keeping a documented bill of materials also makes future replacement and spare planning easier.
The reader should not be selected for a standalone requirement unless the wider system design supports that use. ZKTeco presents the KR702 as a reader, so buyers should expect a compatible controller and related door hardware to be part of the deployment. Likewise, organizations requiring biometric verification, QR credentials, mobile credentials or other advanced methods should assess a reader family designed for those technologies rather than assuming the KR702 provides them.
ZKTeco KR702E-M Credential and Controller Matching
The strongest buying decision for this reader is made before anyone discusses color, mounting position or quantity. Credential matching comes first. The KR702E version operates at 125kHz and outputs Wiegand 26, while KR702M operates at 13.56MHz and outputs Wiegand 34. These differences matter because access cards are not simply generic pieces of plastic. Their radio technology and encoded data must be understood by the reader and then presented to the controller in a format the controller can process.
For an existing site, the easiest path is to document the current cards and controller. If employees already use 125kHz proximity badges, a project team should not switch to the 13.56MHz model without planning new credentials and verifying the entire access system. If the site uses a compatible 13.56MHz credential ecosystem, the reverse applies. Even when a controller accepts multiple Wiegand bit lengths, the card numbering structure and software enrollment process still deserve validation before bulk rollout.
For a new project, the reader should be specified together with the controller, card technology and access management platform. This gives the designer an opportunity to standardize on one credential type and one data format. It also makes future expansion easier because new doors can follow the same documented architecture rather than being added case by case.
ZKTeco KR702E-M Outdoor-Ready Reader Design
ZKTeco specifies the KR702 family with IP65 protection and describes it as suitable for outdoor use. That makes the reader useful for entrances where a purely indoor device would be a poor choice. The sealed, touch-oriented front also avoids exposed mechanical keypad buttons, supporting a clean surface and modern appearance. However, IP65 should not be interpreted as permission to ignore installation quality. The enclosure rating applies to the product design; cable joints, wall penetrations, back-boxes and power connections still need suitable protection.
Project engineers should review the mounting surface carefully. Nearby metal, irregular wall materials, water paths and direct environmental exposure can influence both installation durability and RFID performance. The vendor’s effective reading distance is stated as 0–8cm and explicitly varies with working conditions and card type. For that reason, the final reader position should be tested with the actual credentials intended for daily use. A design that assumes every card will read at the maximum distance can create a disappointing user experience.
The stated operating range of 0°C to 70°C and 20% to 80% humidity provides a clear environmental reference for planning. Site conditions should remain within the published range, and unusual locations should be reviewed separately. Areas exposed to direct washdown, harsh chemicals, extreme moisture or environmental conditions beyond the rating may require a different product or additional protection.
ZKTeco KR702E-M Compact Form and Daily User Experience
Access readers are used repeatedly throughout the day, so their physical presence affects both the user experience and the look of the entrance. The KR702 family measures 113mm high, 75mm wide and only 16mm deep. This compact footprint can work well in contemporary office fit-outs, apartment common areas, reception-controlled zones and other locations where a large terminal would be visually intrusive.
The front uses a full-touch key design with a polished, high-end appearance. For users, that creates an intuitive keypad-style interface while retaining RFID card reading. Buyers should still define exactly how the keypad is expected to operate within the access system. A touch keypad on the reader does not by itself define the authentication policy. Whether a site intends card-only access, PIN-related input or another controller-supported sequence depends on the controller, configuration and software. That should be confirmed during system design rather than assumed from the front panel.
Fast card reading is another practical benefit. ZKTeco publishes a read time below 80ms. When paired with correctly enrolled credentials, a responsive controller and appropriately configured lock hardware, the reader can support a smooth door-entry workflow. The wider system still determines the full delay from card presentation to door release, so troubleshooting should consider network, controller and lock behavior rather than blaming the reader alone.
What Should You Know Before Choosing This Reader?
The questions below focus on the real decisions that determine whether the KR702 family is suitable for a specific access-control project. They are designed to help technical teams and non-technical buyers prepare the right information before a quotation or system review.
Which version should I choose for existing employee cards?
Choose according to the card technology already deployed. KR702E works at 125kHz, while KR702M works at 13.56MHz. Do not assume the cards are compatible simply because both readers look the same. Check the card frequency, the existing controller and the current enrollment data before replacing readers across a site.
Will it connect to my current access control panel?
It can be considered when the panel supports the matching Wiegand input format. The E model outputs Wiegand 26 and the M model outputs Wiegand 34. Compatibility should include more than the connector: confirm bit format, card numbering, power supply and keypad-data handling with the panel documentation or integrator.
Can I use it on an outdoor entrance?
ZKTeco specifies IP65 protection and describes the reader for outdoor use. The installation still needs proper sealing, protected cable entry and site conditions within the published operating range. For heavily exposed locations, the installer should assess direct rain paths, mounting materials and any environmental conditions that may exceed the reader’s rating.
How close does a card need to be presented?
The published effective distance is 0 to 8cm, but ZKTeco notes that working conditions and the card itself affect the result. Treat 8cm as a possible maximum rather than a guaranteed distance. Test actual project cards on the intended mounting surface before finalizing user-flow assumptions for busy entrances.
What should I check when replacing an older Wiegand reader?
Record the old reader’s voltage, card frequency, Wiegand bit format, wiring allocation and physical mounting position. Also confirm that the existing cards are supported by the new variant. A replacement can look simple mechanically while still failing logically if the credential or bit format changes.
Do I need a separate access controller?
The KR702 is presented as an access-control reader, so it should be planned as part of a controller-based system rather than assumed to be a complete standalone door solution. The project will normally require compatible control hardware plus the lock, power, exit device, door sensor and credentials appropriate to the entrance design.
Can the touch keypad be used for PIN-based access?
The product has full touch keys, but the intended authentication workflow depends on how keypad data is interpreted by the connected controller and system configuration. If your project requires PIN-only or card-plus-PIN access, state that requirement explicitly and confirm controller-side support before purchase.
What should be planned for a multi-door rollout?
Standardize the credential frequency, Wiegand format, wiring convention and mounting approach before purchasing in quantity. Keep spare units aligned with the same variant. For mixed legacy sites, create a door-by-door schedule so 125kHz and 13.56MHz locations are not accidentally supplied with the wrong model.
What information gives FourTeck the best basis for a quotation?
Share the exact required variant if known, card frequency, controller model, number of readers, site type, mounting environment, project timeline and whether related access-control components are also needed. This allows the quotation request to focus on the correct technical option instead of using a model-family name that could refer to two different versions.
Business Requirements to Match Before You Buy
For sites keeping existing proximity cards
A replacement project may favor the 125kHz E variant when the current credential estate uses compatible low-frequency proximity cards. Confirm the old reader format and controller input so staff credentials do not need unnecessary replacement.
For projects standardized on 13.56MHz credentials
The M variant is the model to assess when the access design uses compatible 13.56MHz cards and Wiegand 34. Verify the precise credential type and card-number format as part of commissioning.
For a clean reader at visible entrances
The slim 16mm depth and touch-key front make the family relevant where facility teams want a less bulky reader. Mounting position and cable entry should be planned so the finished installation matches that visual goal.
For exposed doorway locations
IP65 protection supports more demanding locations than an indoor-only reader, but correct weather sealing and environmental review remain necessary. The device should stay within the vendor’s specified temperature and humidity range.
For projects using an existing Wiegand controller
The reader can fit a Wiegand-based architecture when the panel accepts the matching bit format. Confirm wiring, power and controller programming rather than assuming every Wiegand device behaves identically.
For quantity procurement across several doors
Create a reader schedule that lists each door, variant, card technology and controller. Standardization simplifies spares and maintenance, while documenting exceptions prevents accidental mixing of E and M versions.
What Buyers Should Check Before Purchase
A good access-control quotation should remove uncertainty before equipment reaches the site. With the KR702 family, several practical checks can prevent wrong-model orders, credential incompatibility and avoidable installation changes. First, make sure the exact version is written clearly. The model family contains an E version for 125kHz/Wiegand 26 and an M version for 13.56MHz/Wiegand 34. This is the single most important distinction.
Configuration Fit
Confirm credential frequency, Wiegand format, power source and intended keypad workflow. Do not specify by enclosure appearance alone.
Compatibility Check
Review the access controller’s reader inputs, card-number handling and available power. For replacements, verify existing wiring and credentials before removal of the old reader.
Availability and Warranty
Ask for current availability by exact variant and quantity. Warranty terms can depend on supply source and quotation, so confirm coverage before project approval.
Installation Environment
Match the IP65 reader to a properly prepared mounting location. Plan cable protection, sealing, wall condition and environmental exposure rather than relying on the rating alone.
Related Door Hardware
List the controller, lock, power supply, exit button, door contact, credentials and any enclosure or cabling requirements. The reader is one component of the complete access point.
Quote Preparation
Provide quantity, door count, card technology, controller model, site environment and required accessories. Better project data helps FourTeck.com review the request more accurately.
Long-term planning matters as well. If the organization expects to add more doors, keep one credential standard and one documented reader variant wherever possible. If the site is gradually moving from one credential technology to another, record which entrances remain on the older standard so future maintenance teams can identify the correct replacement. Procurement teams should also ask whether spare units are required for critical locations. For a project with many controlled entrances, a small number of correctly matched spares can simplify future maintenance, but the appropriate quantity depends on the site’s own support policy. Finally, avoid treating a lower reader price as the only cost factor. Wrong credentials, controller changes, rewiring and return logistics can exceed the saving from selecting an unsuitable model. FourTeck.com can help structure the inquiry around the actual door and credential requirement rather than a model number alone.
UAE Availability and Service Support
FourTeck.com supports business inquiries for access-control readers in Dubai and across the UAE with product-selection guidance, quotation support, delivery coordination and warranty guidance. Availability can differ by exact model version, requested quantity, supplier status and project timing, so the most reliable approach is to request the specific KR702E or KR702M variant rather than a generic family reference.
For a single replacement reader, share a photo or specification of the existing unit together with the card frequency and controller model where available. For a new project, provide the expected door count, credential technology, panel model, indoor or outdoor placement and any related components required. For larger quantities, a door schedule or bill of materials helps reduce ambiguity and makes it easier to check that all readers follow the same technical standard.
FourTeck.com can also help buyers identify whether additional access-control items should be included in the request, such as compatible controllers, credentials, power supplies, lock hardware, exit devices and cabling. Installation and commissioning requirements should be discussed separately where needed because final system performance depends on the complete design, not only the reader.
Dubai, Abu Dhabi, Sharjah and Ajman Coverage
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations can contact FourTeck.com for reader availability, model-selection assistance and quotation support. The goal is to help procurement teams specify the correct E or M version according to the site’s card technology and controller rather than selecting only from a product image. For project orders, share the required quantity and delivery location together with the door schedule or technical bill of materials where available.
Coverage support can include coordination around product sourcing, related access-control components and warranty guidance. Actual supply conditions vary by model and quantity. If the reader is being used as a replacement, include existing system details so compatibility can be reviewed before an order is finalized. This is particularly useful for facilities with older Wiegand-based controllers where card frequency and bit format may differ between doors.
Regional Availability Across GCC and Africa
FourTeck.com also supports business technology inquiries for selected GCC and Africa markets through its regional channels. Organizations in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda and other supported markets can submit project requirements for access-control equipment, related components and quotation review. Availability, delivery routing, warranty handling and commercial terms can vary by country and supply source, so each request is handled according to the destination and technical requirement.
For regional projects, provide the exact reader variant, quantity, controller model, credential technology and destination country. Multi-site deployments should also identify whether all locations use the same cards and panel standards. Standardized technical information helps reduce mismatch when equipment is shipped to more than one project location. Regional buyers can begin through FourTeck.com or use appropriate regional platforms such as FourTeck Kenya, FourTeck Uganda, FourTeck Africa and FourTeck Kuwait.
For project planners, the same technical discipline applies across regions: identify whether 125kHz/Wiegand 26 or 13.56MHz/Wiegand 34 is required, confirm the controller input and document the mounting environment. Country availability should be checked at quotation stage rather than assumed from another market’s supply position.
Other ZKTeco Reader Options Buyers May Consider
The right alternative depends on why the KR702 is being considered. Some buyers need a simpler RFID reader without the same touch-key styling, while others are moving toward QR or mixed credential technologies. ZKTeco’s wider reader portfolio includes several families worth reviewing when the project requirement differs.
ZKTeco KR500 Series
Consider when the project needs a conventional waterproof RFID reader family and does not specifically require the KR702 touch-key appearance.
ZKTeco MR1010
A same-brand RFID reader option that can be evaluated for projects seeking a different enclosure and access-reader format.
ZKTeco QR500 Series
Useful to assess when the access design requires QR-code reading in addition to RFID credentials rather than a conventional card-reader-only approach.
ZKTeco QR600 Series
Consider for projects where QR and RFID credential support are part of the access requirement and a more specialized reader is appropriate.
Alternatives should be compared by credential technology, controller interface, environmental rating, mounting requirements and user workflow rather than appearance alone. A reader that supports more credential types is not automatically the right choice if the existing system only needs one stable technology. Conversely, a project planning mobile, QR or biometric authentication should start with a reader family designed for those capabilities instead of trying to stretch a basic RFID reader beyond its intended role.
Why Business Buyers Contact FourTeck.com
Access-control procurement often looks simple until a project reaches installation. Reader frequency, Wiegand format, door-controller compatibility, lock power, credentials and environmental conditions all need to align. FourTeck.com approaches product inquiries as a technical buying process rather than only a model-price request.
Assistance for individual replacement items, multi-door requirements and project procurement where technical details must be organized before purchase.
Help identifying whether the E or M model better aligns with the stated card technology and controller interface.
A structured quotation request can include exact variant, quantity, destination and related access-control components rather than leaving key information unspecified.
Supply and delivery requirements can be reviewed according to project location, quantity and current source availability without assuming a fixed stock position.
Applicable warranty information can be checked with the quotation and source so procurement teams know what coverage is associated with the offered product.
If the requirement needs another reader type, FourTeck.com can help consider suitable same-brand or same-category alternatives based on the stated access method.
For buyers, the benefit of this approach is clearer project documentation. Instead of discovering after delivery that the credentials use a different frequency, or that the controller expects another reader format, the requirement can be reviewed earlier. FourTeck.com does not assume stock, delivery speed or authorization status on this page; those commercial details should be confirmed against the actual quotation and supply source.
Frequently Asked Questions
What is the KR702 reader family used for?
It is used as an RFID credential reader at controlled entrances. The reader sends credential data to a compatible access-control panel using Wiegand. The wider system is responsible for deciding whether access is granted and for operating the door hardware. It is therefore best planned as one component within a complete access-control solution.
What is the difference between KR702E and KR702M?
KR702E operates at 125kHz and outputs Wiegand 26. KR702M operates at 13.56MHz and outputs Wiegand 34. Their physical design is similar, but their credential frequency and data format differ. The correct version should be selected according to the cards and controller used at the site.
What power supply does the reader require?
ZKTeco specifies 12V DC with current consumption below 90mA for the reader. The complete door system may require substantially more power because locks, controllers and accessories have their own electrical requirements. The system power supply should therefore be sized for the whole controlled entrance rather than the reader by itself.
How fast does the reader recognize a card?
The vendor specifies a read time below 80ms. The full door-opening experience can still be influenced by controller processing, access rules, lock hardware and system design. If users experience delay, the complete access path should be checked rather than evaluating reader speed in isolation.
Is the ZKTeco KR702E-M RFID Reader available in the UAE?
FourTeck.com can assist with current UAE availability checks and quotation requests for the required variant. Availability can vary according to model, quantity and supplier status, so no fixed stock position is assumed. Specify whether you need the E or M version when contacting sales.
Can FourTeck.com help with controller compatibility?
FourTeck.com can help review the basic requirement when you provide the controller model, card technology and intended reader variant. Final integration should follow the controller and reader documentation and, where applicable, the system integrator’s design. Sharing accurate equipment details gives the best basis for a compatibility discussion.
What warranty applies to this reader?
Warranty terms can depend on the supply source, quotation and commercial arrangement. Buyers should confirm the applicable warranty period and handling process before approval, especially for project quantities. FourTeck.com can provide warranty guidance with the offered supply option rather than making a generic warranty claim that may not match every source.
Can businesses request the reader in bulk?
Yes, businesses can request quotations for project quantities, subject to current supply conditions. For multi-door orders, provide the total quantity, required version, delivery location and project schedule. A technical bill of materials is helpful when the request also includes controllers, credentials, locks or other access-control components.
Does the quoted reader price include installation?
Product supply and installation should be treated as separate scope items unless a quotation explicitly combines them. Installation can depend on door type, cabling, controller location, power, lock hardware and commissioning requirements. State whether you need product-only supply or wider project assistance when requesting pricing.
How do I request an accurate quotation?
Send the required E or M variant if known, number of readers, credential frequency, controller model, destination, installation environment and any related products needed. If you are replacing an existing reader, include the old model and card technology. This information allows the sales request to be prepared around the actual system requirement.
Need Help Choosing the Correct KR702 Variant?
FourTeck.com can help you review the required card frequency, Wiegand format, access controller, quantity, mounting environment, related door hardware and current supply options before quotation. Share your project details so the request can be aligned with the correct technical version.
