Thermal Camera E384, China Thermal Camera E384 Manufacturers, Suppliers, Factory - Beijing LSJ Technology Development Co., Ltd.

Core Capabilities

A 384 × 288 Detector in a 600 g Handset

The E384 is the mid-resolution model in the LSJ hand-held range: a 384 × 288 long-wave detector, a 3.5-inch display, manual focus and Wi-Fi, in a body the manufacturer lists at 600 g. It is built for scheduled inspection rounds rather than laboratory work.

Front view of the LSJ E384 hand-held thermal imager: 3.5-inch display, four-way keypad with return and select keys, and a rubber-moulded pistol grip

CAPABILITY 01

A 3.5-Inch Display and Manual Focus

The body carries a 3.5-inch full-angle TFT display driven by a 640 × 480 LCD, with a four-way keypad, a return key and a select key under the screen. Focus is set by hand on the lens rather than by motors, so the operator decides where the plane of focus sits — useful when the target is a terminal block behind a grille and the camera cannot be brought square to it.

384 × 288 infrared resolution on a 3.5-inch full-angle TFT display
640 × 480 LCD; four-way keypad plus return and select keys
Manual focus on the lens, no autofocus motor

CAPABILITY 02

25 Hz or 50 Hz, Wi-Fi On Board

The specification table lists the frame rate as 25 Hz/50 Hz without saying which version ships as standard, so confirm it on the quotation. Wi-Fi is supported, files are written as JPG to 8 GB of internal memory, and the manufacturer's own graphic for this model also lists photo and video recording, PC image analysis, and a high and low temperature alarm — functions that do not appear as rows in the specification table.

Frame rate listed as 25 Hz/50 Hz — confirm the variant before ordering
Wi-Fi support; built-in 8 GB storage, JPG file format
Manufacturer graphic lists photo/video recording and high/low temperature alarm

Supplier graphic headed Improved 384 x 288 thermal resolution, showing a hand-held imager in an industrial corridor above a row of six function icons

Thermal frame of low-voltage switchgear, with warm busbar joints and cable terminations picked out in a rainbow palette

CAPABILITY 03

1.3 mrad: What 384 × 288 Resolves at Range

A 13 mm lens gives 28.4° × 21.4° of field with a 1.3 mrad instantaneous field of view on a 12 µm pixel pitch. Read as geometry, one pixel covers roughly 13 mm at 10 m and 4 mm at 3 m, which is the number that decides whether a single lug or a whole panel is the smallest thing you can measure from where you can stand.

28.4° × 21.4° field of view, 13 mm focal length
1.3 mrad IFOV on a 12 µm pixel pitch
One pixel ≈ 13 mm at 10 m, ≈ 4 mm at 3 m

CAPABILITY 04

Five Palettes, Emissivity from 0.01 to 1.0

Rainbow, iron oxide red, cold colour, white hot and black hot are selectable; emissivity is adjustable across the full 0.01–1.0 range, which is what makes a reading on painted steel, oxidised copper or bare aluminium defensible at all. Thermal sensitivity is stated as ≤ 40 mK at 25 °C and F/1.0, and the detector works across 8–14 µm.

Rainbow, iron oxide red, cold colour, white hot, black hot
Emissivity adjustable 0.01–1.0; NETD ≤ 40 mK @ 25 °C, F/1.0
Long-wave 8–14 µm detector

Thermal frame of a crouching person rendered in a magenta palette, warm clothing and ground contact standing out against a cool background

Gloved hand holding the hand-held imager over an open engine bay, with the thermal image of the engine visible on its display

CAPABILITY 05

−20 °C to 550 °C, Stated at ±3 %

One range covers −20 °C to 550 °C (−4 °F to 1022 °F): cold-store walls and outdoor pipework at one end, exhaust manifolds, engines and distribution equipment at the other. The published accuracy is ±3 %, given as a percentage of reading only — no ±°C figure and no accuracy-versus-range split is stated, so ask for the calibration certificate before you write it into a tender.

Measuring range −20 °C to 550 °C / −4 °F to 1022 °F
Accuracy quoted as ±3 % of reading, with no ±°C figure published
Single range, no manual range switch listed

CAPABILITY 06

600 g, 8 GB and Four Menu Languages

Files are JPG written to 8 GB of internal memory and taken off over Micro USB 2.0. The settings menu covers unit, language, date, time and device information, with Chinese, English, German and Italian available — enough to issue the same camera to crews working to different local conventions. The manufacturer's table does not state battery type, runtime, IP rating or operating temperature, so those four items need confirming before a fleet order.

600 g body; 8 GB internal memory, JPG files
Micro USB 2.0 for power and data
Battery, runtime, IP rating and operating temperature: to be confirmed

Worker in a high-visibility jacket and helmet holding the imager against the exterior wall of a building

Equipping an inspection team?

Send the routes you inspect and the fleet size, and we will come back with the configuration, the accessory list, OEM options and lead time.

Applications

Where a 384 × 288 Handset Earns Its Place

The manufacturer documents three duties for this model — car inspection, underfloor heating tests and circuit testing. The same body also serves maintenance contractors, electrical inspectors, building surveyors and HVAC companies. Thermal imaging reads surface temperature: it is an inspection aid and supports, but does not replace, established test and entry procedures.

Supplier montage headed Wide range of product applications with six labelled panels: underfloor heating and hot water pipes, distribution box, automotive, motor equipment, motor and power fault detection

Six Duties on One Handset

Underfloor heating loops, distribution boxes, automotive faults, motor windings, motor drives and power equipment appear as temperature anomalies first. The panels above are the manufacturer's own selection of duties for this model, not measured results from a customer site.

Technician holding the imager above an open engine bay, using the thermal image on the display to read heat across the engine and cooling system

Automotive and Fleet Work

Engine faults, cooling-system behaviour and exhaust problems show as heat before they show as a warning light. Scanning the bay with the engine running turns a symptom into a picture — the manufacturer lists this as the first documented use of the model.

Thermal frame of energised switchgear and busbars, with warm joints and cable terminations picked out in a rainbow palette

Electrical and Distribution Rounds

Overloaded circuits, loose terminations and failing components heat up long before they fail. Scanning switchgear, distribution boards and motor drives on a scheduled round makes the fault visible while the plant is still running, and the alarm on the manufacturer's function list means the round no longer depends on the operator watching the display the whole time.

Operational Scenario

A Night Survey on a Clad Facade: An Illustrative Deployment

The scenario below illustrates how the E384 may support a survey team. It is not a documented customer case study, and the readings in it are illustrative rather than measured.

Surveyor in a high-visibility jacket and helmet standing at a clad facade, holding the imager up to read surface temperature across the panels

Example: Locating a Cold Bridge Behind Cladding

Situation

A maintenance team is asked why one bay of a clad building stays cold and why condensation collects along a single vertical line. There are no drawings of the fixing pattern, the wall cannot be opened during operating hours, and the survey has to be done after dark so that stored heat from the sun does not mask the difference across the panels.

Potential use

An operator could walk the bay with the E384 at a steady distance, using the iron oxide red or rainbow palette to separate warm panel faces from the cooler line along the fixings, and the manual focus to hold the cladding plane sharp as the distance changes. Emissivity would be set to suit the coated metal rather than left at the default, and readings quoted as ±3 % of reading. The camera measures surface temperature only: it cannot see behind the cladding, into a cavity, or through a wall.

Decision support

What appears on the display may inform where an inspection opening is cut, where a thermal break is added, and in what order the bays are re-surveyed. Interpretation depends on the coating, the wind, the time since sunset and the operator's training, and it sits alongside — not instead of — the moisture readings and drawings that normally settle a defect claim.

Why Work With LSJ

Manufacturing Capability
Built Around Procurement Needs

Explore the production facilities, compliance documents, and international exhibitions presented in the materials below. Confirm product-specific certifications and current manufacturing capabilities with the supplier before placing an order.

16years Manufacturing
experience

4document types CE · ISO · MSDS · RoHS
shown in supplied image

GLOBAL International trade-show
engagement

Supplied collage of LSJ manufacturing, assembly, and testing areas

01 · PRODUCTION

Assembly and Testing Capability

The supplied company materials describe 16 years of manufacturing experience alongside assembly and testing activities. Confirm the applicable product line, current capabilities, and lead time when requesting a quote.

Supplied collage of CE, ISO, MSDS, and RoHS-related documents

02 · CERTIFIED

Documentation for Due Diligence

Request current, product-specific documents and verify their scope before use in a tender or import review.

CEISOMSDSRoHS

LSJ team and visitors at international trade exhibitions

03 · GLOBAL

Product Discussions at Global Events

Explore images of industry exhibitions and in-person discussions with international partners and emergency-response professionals.

Click an image for a larger view · Request a facility visit or document verification

Request an Operating Demonstration

Ask about focus technique, palette selection, emissivity setup and file transfer

Operation Video

See the E384 in Operation

An operating demonstration walks through the keypad under the display, manual focusing on a cluttered target, switching palettes and emissivity to suit the surface, and the route a JPG takes from the 8 GB internal memory out over Micro USB 2.0 or Wi-Fi.

One hand, with the four-way keypad plus return and select keys
Manual focus on plain, low-contrast and glazed targets
Moving images off the camera and into a report

Technical Specifications

LSJ E384 Specification Sheet

Values below are as published by the manufacturer for this model. Rows marked To be confirmed are not stated in the published table — confirm them against the current datasheet, and request the calibration certificate you need, before a tender or a purchase order.

Parameter	Stated Specification
Model	LSJ-E384
Infrared image resolution	384 × 288 pixels
Detector wavelength	8–14 µm (long wave)
Thermal sensitivity (NETD)	≤ 40 mK at 25 °C, F#1.0
Field angle / focal length	28.4° × 21.4° / 13 mm
IFOV	1.3 mrad
Pixel pitch	12 µm
Frame rate	25 Hz / 50 Hz as published — the shipping variant is to be confirmed
Focusing mode	Manual focus
Display	3.5″ full-angle TFT display; LCD resolution 640 × 480
Colour palettes	Rainbow, iron oxide red, cold colour, white hot, black hot
Emissivity	Adjustable from 0.01 to 1.0
Measuring range	−20 °C to 550 °C (−4 °F to 1022 °F)
Accuracy	±3 % of reading as published; no ±°C figure and no range split stated
Settings	Unit, language, date, time, device information
Menu languages	Chinese, English, German, Italian
Storage	Built-in 8 GB
File format	JPG
Wi-Fi	Supported
Power interface	Micro USB 2.0
Weight	600 g
Battery type and runtime	To be confirmed — not stated in the published table
Protection rating	To be confirmed — not stated in the published table
Operating / storage temperature	To be confirmed — not stated in the published table

Frequently Asked Questions

Procurement and Deployment

Answers to the questions distributors, maintenance contractors and inspection buyers ask most often. Confirm all commercial and technical terms with the supplier.

What detector and lens does the E384 use?

A 384 × 288 long-wave detector in the 8–14 µm band, on a 12 µm pixel pitch, behind a 13 mm lens giving 28.4° × 21.4° of field and a 1.3 mrad IFOV. Thermal sensitivity is stated as ≤ 40 mK at 25 °C and F#1.0, and the frame rate is published as 25 Hz/50 Hz without stating which version ships as standard.

What temperature range and accuracy are quoted?

−20 °C to 550 °C, which is −4 °F to 1022 °F, in a single range with no manual range switch listed. Accuracy is published as ±3 %, given as a percentage of reading only: there is no ±°C figure and no split by temperature band, so request the calibration certificate and the test method before writing an accuracy figure into a tender.

Which palettes and emissivity settings are available?

Five palettes are listed — rainbow, iron oxide red, cold colour, white hot and black hot — and emissivity is adjustable across 0.01 to 1.0, which is what allows readings on painted steel, oxidised copper and bare aluminium to be defended. The menu also carries unit, language, date, time and device information settings, in Chinese, English, German and Italian.

How are images stored and moved off the camera?

Files are written as JPG to 8 GB of built-in memory. They leave the camera over Micro USB 2.0 or by Wi-Fi, and the manufacturer's own graphic for this model also lists photo and video recording, PC image analysis, and a high and low temperature alarm — functions that do not appear as rows in the specification table, so treat them as features to confirm rather than as documented values.

What is missing from the published specification?

Battery type and runtime, protection rating, operating and storage temperature, drop resistance and warranty terms are all absent from the manufacturer's table for the E384. The camera weighs 600 g. Ask the supplier for those figures in writing, together with the calibration interval and the accessory list, before a fleet order.

Who manufactures the E384, and can volume orders be supported?

LSJ designs and manufactures the instrument; the company materials supplied with this page cite 16 years of manufacturing experience and list CE, ISO, MSDS and RoHS documentation. Product-specific certificates, distributor terms, OEM/ODM options and quantity pricing are quoted per market — send the volumes, the destination country and the documentation your tender requires.

Supplier Support

Support from Selection to Service

Application Selection

Tell the supplier which routes you inspect — distribution boards, motor fleets, heating circuits, building envelopes or workshop vehicles — and confirm that 384 × 288 and a 13 mm lens resolve the smallest target on them.

Tender and Demonstration Support

Request the calibration certificate, the missing datasheet rows and a demonstration unit for evaluation before a tender or a fleet rollout.

Service, Spares and Calibration

Confirm warranty terms, battery and charger spares, calibration intervals and repair turnaround for your delivery market.

All Categories

ALL PRODUCTS

Firefighting Thermal Camera

Urban Search and Rescue

Safety and monitoring equipment

CBRNE Detector

Thermal Camera

Thermal Scope

Thermal Camera E384

Description