Delta CNC Solution – NC5 Series

Experience precision redefined with Delta’s NC5 Series CNC Solution, powered by a next-generation CPU and 64-bit floating-point computing for unmatched accuracy and speed. Supporting ISO G-code with advanced path analysis and look-ahead algorithms, it delivers superior machining performance. With built-in compensation for backlash and friction, customizable HMI, and seamless EtherCAT & MES connectivity, the NC5 enables multi-path control and robotic integration — making it the ultimate solution for lathe, milling, 3C, woodworking, and grinding automation.

Description

The precision of numerical computation lies in the CNC controller. Delta's brand new CNC Solution NC5 Series adopts a next generation CPU with high performance computing as well as IEEE 64-bit floating point, providing cutting-edge technology to the market. The NC5 Series not only supports ISO standard G code but also features thorough path analysis and an advanced look-ahead algorithm, achieving precise path and enhanced processing speed. A built-in compensation function on backlash and friction helps eliminate mechanical defects. Equipped with the new HMI programming software, users can customize interface and operation steps. It also possesses an Ethernet port for data exchange and easy connection with the MES system. In addition, the multipath control supports up to four different machining processes and integrates loading/unloading robots to achieve a fully automated production. Coupled with the EtherCAT motion control internet that enables a hassle-free integration with peripheral devices, the NC5 Series provides an outstanding teammate for lathe, milling, woodworking, 3C processing, and grinding applications.

Specification

Model

NC50E-FE

NC50E-WE

NC50EH-FE

NC500E-FIE-□

NC500E-LIE-□

NC500EH-FIE-□

NC510E-FSE-□

NC510EH-FSE-□

System

Processor

Quad Core CPU

Memory

On Board DDR3 2 GB

Input Voltage Type

24 VDC+ 15% / -10%

Power Consumption

24 W

36 W

Display

Touch Panel Size

N/A

8”Colors TFT

10.4”Colors TFT

Resolution

1,920*1,080 (65,536)/ 1,280*720 (65,536)

800*600 (65,536)

Peripherals

USB Interface

Host Type A * 4

Internet Interface

CIEEE 802.3 / 802.3u / 802.3ab 1 Gbps (Intel I210AT) * 2

Key

N/A

Right MDI, 6*10 keys Thin Film
Bottom function key, 8 keys Thin Film

MOP, (14*3) + 2 keys Thin Film + EMG Button

N/A

Serial Communication Port

RS-485 Port

Isolated

Motion Control Interface

EtherCAT Field Bus

EtherCAT master controls up to 24 axes

System Storage Device

Embedded Memory

eMMC 4 GB (Non-expandable)

Memory Card

FAT32 / EXT4 (Only for Linux) (Expandable)

USB Drive

FAT32 (Expandable)

MISC

Batteries

Button cell battery (CR2032)

Architecture

Installation Method

Front Lock

Appearance Size W x H x D (mm)

270 x 183 x 60

400 x 320 x 121

400 x 220 x 92

Environment

Operating Temperature

0ºC ~ 50ºC

Storage Temperature

-20ºC ~ 60ºC

Relative Humidity

10% to 95% RH (non-condensing)

Certifications

⊂ ∈

Operating System Setting

System Tuning

Look ahead 4,000 blocks; 4,000 blocks process per second
Minimum Command Precision 1 nm
EtherCAT Cycle Time: 1 ms

User Command Tool

PLC

LD Ladder

Processing Programming Language

G Code Standard Lathe & Milling

HMI Interface

Human Machine Interface Programming & Macros

Motion Control

Max. Paths

Max. System Axes (Feed Axes + Spindles)

Max. Path Axes

Max. Path Interpolation Axes

System Max. Spindles

Milling

●

Lathe

●

(C/S-Axis) Compound Lathe & Milling

●

Sloping Plane

✽

RTCP

✽

Applicable Industries

General / 3C Processing

Woodworking Router

Advanced

General

Lathe

Advanced

General

Advanced

Advanced CAM Function

✽

Note

(*): Optional

Description

Model	NC50E-FE	NC50E-WE	NC50EH-FE	NC500E-FIE-□	NC500E-LIE-□	NC500EH-FIE-□	NC510E-FSE-□	NC510EH-FSE-□
System
Processor	Quad Core CPU
Memory	On Board DDR3 2 GB
Input Voltage Type	24 VDC+ 15% / -10%
Power Consumption	24 W			36 W
Display
Touch Panel Size	N/A			8”Colors TFT		10.4”Colors TFT
Resolution	1,9201,080 (65,536)/ 1,280720 (65,536)			800*600 (65,536)
Peripherals
USB Interface	Host Type A * 4
Internet Interface	CIEEE 802.3 / 802.3u / 802.3ab 1 Gbps (Intel I210AT) * 2
Key	N/A			Right MDI, 6*10 keys Thin Film Bottom function key, 8 keys Thin Film		MOP, (14*3) + 2 keys Thin Film + EMG Button		N/A
Serial Communication Port
RS-485 Port	Isolated
Motion Control Interface
EtherCAT Field Bus	EtherCAT master controls up to 24 axes
System Storage Device
Embedded Memory	eMMC 4 GB (Non-expandable)
Memory Card	FAT32 / EXT4 (Only for Linux) (Expandable)
USB Drive	FAT32 (Expandable)
MISC
Batteries	Button cell battery (CR2032)
Architecture
Installation Method	Front Lock
Appearance Size W x H x D (mm)	270 x 183 x 60			400 x 320 x 121			400 x 220 x 92
Environment
Operating Temperature	0ºC ~ 50ºC
Storage Temperature	-20ºC ~ 60ºC
Relative Humidity	10% to 95% RH (non-condensing)
Certifications	⊂ ∈
Operating System Setting
System Tuning	Look ahead 4,000 blocks; 4,000 blocks process per second Minimum Command Precision 1 nm EtherCAT Cycle Time: 1 ms
User Command Tool
PLC	LD Ladder
Processing Programming Language	G Code Standard Lathe & Milling
HMI Interface	Human Machine Interface Programming & Macros
Motion Control
Max. Paths	2	2	4	2	2	4	2	4
Max. System Axes (Feed Axes + Spindles)	16	9	24	16	9	24	16	24
Max. Path Axes	12	9	16	12	6	16	12	16
Max. Path Interpolation Axes	4	3	5	4	4	5	4	5
System Max. Spindles	4	1	8	4	2	8	4	8
Milling	●	●	●	●		●	●	●
Lathe	●		●	●	●	●	●	●
(C/S-Axis) Compound Lathe & Milling	●		●	●	●	●	●	●
Sloping Plane			✽			✽		✽
RTCP			✽			✽		✽
Applicable Industries	General / 3C Processing	Woodworking Router	Advanced	General	Lathe	Advanced	General	Advanced
Advanced CAM Function	✽	✽	✽	✽	✽	✽	✽	✽
Note	(*): Optional