Industrial Barcode Label Printer iQ4 iDPRT - Specification

Industrial Barcode Label Printer iQ4 iDPRT - Specification
ParameteriQ4
Resolution203 dpi, 300 dpi
Printing methodDirect Thermal and Transfer Thermal
Max. print speed12 ips @203 dpi, 8 ips @300 dpi
Max. print width4.1"(104 mm) @203 dpi, 4.17"(106 mm) @300 dpi
Max. print length90"(2,286 mm) @203 dpi, 60"(1,524 mm) @300 dpi
Physical dimension (W x H x D)10.16"(258 mm) x 11.30"(287 mm) x 15.98"(406 mm)
Weight28 lbs (12.5 kg)
Processor32-bit RISC CPU
Memory256 MB Flash / 256 MB RAM
InterfaceStandard: Serial RS232, USB-B, USB Host, Bluetooth 5.0, Ethernet 10/100Base T; Optional: Wi-Fi 802.11 a/b/g/n/ac/ax
WiFi security encryptionWEP 40/128bit, WPA Personal (PSK), WPA2 Personal (PSK) Enterprise (AES CCMP)
WiFi security authenticationEAP-TLS, EAP-PEAP
PowerAuto Range 100–240 VAC (48–62 Hz)
User interface1 power switch,
8 operation buttons (menu, feed, pause, up, down, back, enter, calibration),
5 LEDs (3 colors),
2.4" color TFT display
SensorsGap transmissive sensor,
Black mark reflective sensor (position adjustable),
Head open sensor,
Ribbon end sensor
Internal fonts8 resident expandable ZPL II bitmap fonts Simplified Chinese, Traditional Chinese
Downloadable objects include graphics, scalable and bitmap fonts, label templates and formats
IBM Code Page 850 international character sets are available in the fonts A, B, C, D, E, F, G and 0 through software control Code Page 1250, 1251, 1252, 1253, 1254, 1255, 1256 Support with font 0
Graphic formatsPCX, BMP
Barcode1D: Code 11, Interleaved 2 of 5, Code 39, Code 93, Planet, EAN-8/13, UPC-A/E, Industrial/Standard 2 of 5, Codabar, LOGMARS, Plessey, Code 128, GS1 Databar; 2D: Aztec, PDF417, MicroPDF-417, MaxiCode, Data Matrix, QR Code, TLC39
Font and barcode rotation0°, 90°, 180°, 270°
Printer LanguageZPL-II, TSPL, DPL, EPL2
Media typeContinuous, die-cut, black mark, fan-fold, notch
Media handlingStandard: Continuous, Tear-Off; Options: Peel-Off, Cut, and Rewind
Media widthMin 0.79"(20 mm) / Max 4.7"(120 mm)
Media thickness0.003"(0.08 mm) – 0.010"(0.250 mm)
Media core diameter1.5"(38.1 mm), 3.0"(76.2 mm)
Media max. roll diameter8.0"(200 mm)
Media lengthMin: Tear-Off 0.31"(8 mm),
Min: Peel-Off 0.20"(5 mm), Cutter 1.0"(25.4 mm);
Max: 90"(2,286 mm) @203dpi, 60"(1,524 mm) @300dpi
Ribbon typeWax, Wax/Resin, Resin
Ribbon length1476.4 ft (450 m)
Ribbon core diameter1.0"(25.4 mm)
Ribbon widthMin 1.18"(30 mm) / Max 4.33"(110 mm)
Environment conditionOperating Temperature: 41° to 122°F (5° to 50°C) (limitations based on selected media) /
Operating Humidity: 25 to 85% RH Non-Condensing
Storage Temperature: -40° to 140° F (-40° to 60° C) / Storage Humidity: Non-Condensing
Safety CertificationCCC, FCC, CE,Energy Star
Environmental concernRoHS, WEEE
OptionsWi-Fi 802.11 a/b/g/n/ac/ax,
Rewind,
Peel,
Guillotine cutter,
Rotary cutter, GPIO


Comments

Post a Comment

Popular posts from this blog

Access Cards

Image
A Gateway to Security and Convenience Access cards have become an integral part of modern security systems, providing a convenient and secure way to control access to buildings, facilities, and restricted areas. These cards, typically the size of a credit card, contain a unique identifier that is used to verify a person's authorization to enter specific locations. Types of Access Cards Magnetic Stripe Cards: The earliest type, using a magnetic stripe on the back to store data. Proximity Cards: Utilize radio frequency identification (RFID) technology for contactless access. Smart Cards: Store more data and can perform complex operations. Biometric Cards: Combine card-based identification with biometric features like fingerprints or facial recognition. How Access Cards Work Card Reader : A device installed at entry points reads the card's information. Verification: The reader compares the card's data with authorized user records. Access Granted or Denied: Base...
Read more

RFID Smart Card Reader

Image
RFID (Radio Frequency Identification) smart card readers are devices that utilize electromagnetic fields to identify and track tags attached to objects. These readers are commonly used in various applications, including:    Access control: For granting or denying access to buildings, rooms, or restricted areas.   Time and attendance tracking: To monitor employee work hours.   Supply chain management: For tracking inventory and preventing theft.   Payment systems: As contactless payment cards.   Transportation: For public transport ticketing and toll collection.   Access Cards How RFID Smart Card Readers Work Tag Activation: The reader emits a radio signal that activates the RFID tag on the card.   Data Transmission: The tag responds by sending its stored data back to the reader.   Data Processing: The reader decodes the received data and processes it according to the programmed application.    Types of RFID...
Read more
Image
RFID systems operate across various frequency ranges and types, each with distinct characteristics and applications.  Below is an overview of the main types of frequencies: 1. Low Frequency (LF) RFID: Frequency Range:  30 kHz to 300 kHz (typically 125 kHz or 134 kHz) Read Range:  Short (up to 10 cm) Characteristics: Lower data transfer rates. Good penetration through non-metallic materials. Less susceptible to interference from water or metal compared to higher frequencies. Lower cost. Applications: Access control. Animal tracking. Industrial applications. 2. High Frequency (HF) RFID: Frequency Range:  3 MHz to 30 MHz (typically 13.56 MHz) Read Range:  Short to medium (10 cm to 1 m) Characteristics: Moderate data transfer rates. Moderate sensitivity to interference. Widely used in smart card applications. Applications: Contactless payment systems (NFC). Electronic ticketing. Access control. Smart cards (MIFARE) . 3. Ultra-High Frequency (UHF) RFID: Frequency Ran...
Read more